Frost rion (231 resultados)

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

Taschenbuch. Condición: Neu. Neuware - A dependable quadcopter starts long before the first flight. It begins with the right workspace, careful preparation, proper equipment, and a clear understanding of how every component fits together.The Drone Workbench gives you a practical foundation for assembling, inspecting, repairing, and maintaining multirotor aircraft with greater confidence.Inside, you'll learn how to: - Organize a clean and efficient workspace- Choose suitable hand instruments, measuring equipment, and safety gear- Understand frames, motors, propellers, speed controllers, batteries, and flight controllers- Read wiring diagrams, labels, pinouts, and component specifications- Create strong solder joints and secure electrical connections- Route cables neatly while reducing strain and interference- Use a multimeter and smoke stopper during testing- Identify damaged parts before they cause a failure- Diagnose power, signal, motor, and vibration problems- Perform safe first-power and preflight inspections- Maintain batteries, connectors, fasteners, and moving parts- Keep useful records of repairs, upgrades, and configuration changesThe explanations are clear, conversational, and suitable for both beginners and experienced hobbyists. You won't simply be told what equipment to buy. You'll understand what each item does, when to use it, and how careful workshop habits can prevent expensive mistakes.Whether you're assembling your first quadcopter, repairing an unreliable machine, or improving the way you manage future projects, this guide will help you work more safely and systematically.Create a workspace where problems are found early, repairs are made properly, and every finished machine is prepared with confidence.…

Taschenbuch. Condición: Neu. Neuware - A routine operation can become dangerous in seconds.The connection weakens. The aircraft begins drifting. The compass points the wrong way. Power drops faster than expected. A motor warning appears, the wind strengthens, or an automatic return starts following an unsafe path.In that moment, the pilot does not need a long technical explanation. The pilot needs a clear order of action.Drone Emergency Procedures gives remote pilots a practical system for recognizing trouble early, protecting people, maintaining control, and choosing the safest available landing option.Inside, you'll learn how to: - Think clearly when several warnings appear at once- Use the Stabilize-Assess-Act method under pressure- Prepare return settings, failsafes, reserves, and alternate landing areas- Distinguish frozen video from complete controller disconnection- Handle weak links, reconnection, and automatic return hazards- Manage GNSS degradation, compass problems, drift, and flyaway-like movement- Make better decisions when available power falls rapidly- Deal with strong wind, cold packs, loose connections, and controller shutdown- Recognize vibration, rotation, propulsion problems, and structural damage- Select a forced-landing area without putting people at greater risk- Secure an impact site and handle damaged lithium equipment cautiously- Preserve logs, warnings, photographs, and other evidence- Investigate incidents without jumping to unsupported conclusions- Create personal checklists, training records, and recovery plansThe explanations are conversational, platform-neutral, and focused on real decisions rather than complicated theory. Practical exercises help readers rehearse link interruptions, misleading map information, abnormal movement, forced landings, and post-incident investigation without deliberately creating a dangerous airborne failure.Whether you operate camera aircraft, FPV machines, configurable autopilot platforms, multirotors, or fixed-wing systems, this guide will help you prepare before trouble begins and act while useful options still remain.The goal is not to save the aircraft at any cost. It is to protect people, reduce the danger, and bring the event to the safest achievable conclusion.…

Taschenbuch. Condición: Neu. Neuware - Programming an aircraft is different from creating an ordinary application. A missed update, stale position value, incorrect unit, or repeated command can cause real movement-not just an error message.The Drone Programmer's Handbook shows you how to create dependable unmanned-aircraft software with clear states, validated telemetry, controlled commands, and predictable failure handling.Inside, you'll learn how to: - Build a repeatable simulation environment- Connect Python applications to autopilots- Understand MAVLink messages, commands, and acknowledgements- Validate position, battery, navigation, and health information- Create waypoint missions and verify uploaded routes- Manage takeoff, landing, return, and offboard movement- Use timeouts, state machines, watchdogs, and failsafes- Test connection loss, invalid inputs, low power, and unexpected mode changes- Develop onboard services for companion computers- Combine everything into an autonomous mission controllerThe explanations are practical, conversational, and focused on understanding why each decision matters. Examples use simulation, structured logging, fault injection, and staged testing before any restrained hardware work is considered.Whether you're a Python developer, robotics student, researcher, or aviation enthusiast, this guide will help you move from basic vehicle communication to software that is easier to test, supervise, and trust.…

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware - Your quadcopter was flying well yesterday. Today, the image shakes, the motors sound rough, the picture breaks apart, or the aircraft drifts for no obvious reason. You replace one component, change three settings, and somehow make the problem harder to understand.There is a better way to find the fault.Troubleshooting FPV Drones teaches you how to investigate unstable performance and power-related failures without relying on guesswork. Instead of swapping random parts, you'll learn how to read the symptoms, isolate possible causes, perform controlled checks, and confirm the repair before returning to the air.This practical guide takes you through the complete aircraft-from the frame and propellers to the motors, speed controllers, flight controller, receiver, camera, transmitter, wiring, battery, and power-distribution hardware.Inside, you'll learn how to: - Separate mechanical faults from configuration problems- Identify bent shafts, damaged propellers, loose hardware, and frame resonance- Check motors and speed controllers for heat, noise, desynchronization, and inconsistent performance- Inspect solder joints, connectors, cables, and power-distribution paths- Recognize voltage sag, grounding faults, interference, and inadequate filtering- Use onboard logs to trace oscillation, noise, and unstable behaviour- Investigate lines, flickering, breakup, and unwanted movement in the live picture- Change one variable at a time so test results remain meaningful- Perform safe bench checks without damaging equipment- Decide whether a component should be repaired, retuned, repositioned, or replaced- Complete a final inspection before the next flightThe explanations are conversational and practical. You won't be expected to memorize every possible failure or buy expensive equipment before beginning. You'll learn a repeatable process that helps you understand what the aircraft is telling you.Whether you build racing quads, freestyle machines, cinematic aircraft, or long-range platforms, this book will help you spend less time chasing symptoms and more time making confident repairs.Stop replacing parts at random. Find the real cause, correct it carefully, and return to flying with equipment you understand and trust.…

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware - Managing one aircraft is challenging. Managing several at once is a completely different problem.You need to know where each aircraft is, what it is doing, how much power it has left, whether its connection is stable, and which one needs attention first. Without a clear system, important warnings can easily get lost in a crowded screen.Drone Fleet Management shows you how to create a dependable platform for supervising multiple unmanned aircraft from one coordinated environment.Inside, you'll learn how to: - Give every aircraft, operator, payload, and mission a clear identity- Collect live position, battery, mode, and health information- Route instructions to the correct aircraft- Handle missing, delayed, duplicated, or outdated messages- Organize alerts so urgent problems stand out- Assign missions, locations, and responsibilities clearly- Monitor connection quality and communication failures- Record flights, maintenance work, faults, and equipment changes- Protect sensitive information with roles and permissions- Scale from a small group of vehicles to a larger operational platformThe explanations are clear, practical, and focused on real-world decisions. You'll learn how information moves between aircraft, operators, databases, and remote services-and how to keep everything organized as the number of vehicles grows.Whether you manage inspection platforms, mapping aircraft, delivery prototypes, research vehicles, or emergency-response equipment, this guide will help you create a safer and more reliable operating system.Stop relying on separate screens and scattered records. Build one coordinated platform that shows where every aircraft is, what it is doing, and what needs attention next. …

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware - Why does a project compile on one computer but fail on another Why does a window look correct in the designer, then break after installation And what should you investigate first when an application freezes, closes unexpectedly, or refuses to update .NET Desktop App Troubleshooting Manual provides a disciplined, evidence-based approach to diagnosing WPF and Windows Forms applications without relying on random changes, copied workarounds, or repeated reinstallations.Instead of presenting isolated fixes, this practical guide teaches a repeatable diagnostic process: observe the symptom, reproduce it reliably, identify the responsible layer, gather meaningful evidence, isolate the cause, apply the smallest correct repair, and verify the result.Inside, you'll learn how to: - Identify project types, target frameworks, SDKs, runtimes, and machine differences- Diagnose NuGet restore, workload, compiler, and MSBuild issues- Repair XAML, generated-code, designer, resource, and startup defects- Investigate WPF layout, styling, binding, MVVM, command, and validation behaviour- Resolve Windows Forms event, layout, scaling, and designer difficulties- Find blocked threads, unsafe cross-thread access, race conditions, and deadlocks- Read stack traces and investigate exceptions, hangs, and process dumps- Detect memory growth, undisposed resources, high CPU use, and rendering delays- Diagnose file, configuration, database, serialization, and network dependencies- Resolve native DLL, COM, architecture, and P/Invoke incompatibilities- Compare framework-dependent, self-contained, single-file, ClickOnce, and MSIX publishing options- Investigate installation, signing, updating, rollback, and production-support incidents- Create reusable evidence folders, support bundles, release checks, and escalation recordsTwo continuing sample projects-a WPF service-management system and a Windows Forms equivalent-show how the same visible symptom can arise from different technical causes.Written for beginner and intermediate C# developers, support engineers, students, freelancers, and maintainers of existing Windows software, this book helps you replace guesswork with a clear professional process.Stop asking, 'What should I try next ' Start asking, 'What evidence will prove where this defect begins '.…

Taschenbuch. Condición: Neu. Neuware - A robot may begin with a few nodes, topics, and configuration files. Then more sensors, services, actions, computers, and contributors are added-and suddenly, every small change risks breaking something else.The ROS Developers shows you how to move beyond isolated tutorials and organize complete ROS 2 applications that remain clear, testable, and manageable as they grow.Inside, you'll learn how to: - Understand nodes, topics, services, actions, and parameters- Structure workspaces and packages for reproducible builds- Write focused Python and C++ nodes- Separate application logic from communication code- Design stable messages, services, and actions- Manage parameters, namespaces, remappings, and launch files- Use executors, callback groups, and lifecycle nodes correctly- Select Quality of Service settings for different data streams- Handle timestamps, coordinate frames, and transforms- Compose components and distribute workloads across computers- Test packages, launch systems, and failure conditions- Diagnose problems with logs, recordings, tracing, and command-line tools- Prepare applications for containers, security, supervision, and deploymentThe explanations are practical and conversational, with projects covering status monitoring, custom interfaces, namespaced sensor stacks, managed controllers, timestamped pipelines, fault testing, and a complete warehouse inspection system.Whether you're a student, programmer, robotics engineer, or technical team member, this guide will help you create ROS 2 applications that are easier to understand, extend, troubleshoot, and deliver.…

Paperback. Condición: new. Paperback. Distance changes everything.A drone may perform perfectly near the launch point, yet become difficult to supervise when terrain blocks the radio path, interference increases, or the aircraft moves outside the reach of a conventional control link. Once an operation depends on cellular communication, the challenge is no longer simply installing a modem and inserting a SIM card.You must understand coverage, latency, handovers, packet loss, routing, security, redundancy, power use, and what the aircraft should do when communication becomes unreliable.Networked Aerial Systems gives you a practical framework for adding cellular communication to unmanned aircraft without treating the connection as something that will always be available.This guide explains how airborne equipment, mobile carriers, ground services, autopilots, operator applications, and remote infrastructure work together. You'll learn how to design the communication path as part of the complete aircraft rather than as an accessory added at the end.Inside, you'll discover how to: - Understand how cellular communication differs from traditional radio control- Choose suitable modems, antennas, SIM options, routers, and onboard processors- Estimate bandwidth requirements for commands, telemetry, payload information, and live media- Measure delay, jitter, packet loss, and signal quality- Position antennas while considering airframe materials and interference sources- Manage tower handovers as the aircraft moves between coverage areas- Route information securely between the aircraft and operator- Use private tunnels, authentication, encryption, and access controls- Reduce unnecessary traffic and prioritize essential messages- Separate flight-critical functions from optional payload services- Design redundant communication paths and automatic failover behaviour- Prepare sensible responses to degraded or completely lost communication- Record performance information for post-flight investigation- Test coverage on the ground before committing equipment to the air- Use simulation, bench checks, and staged flight trials to verify the complete setup- Plan for carrier outages, congestion, roaming restrictions, and unexpected network changesThe explanations are practical and conversational. You won't simply be told that cellular technology provides greater range. You'll learn where it performs well, where it can fail, and how those limitations affect operational decisions.The book also makes an important distinction: a communication link does not replace the flight controller's responsibility for keeping the aircraft stable. Essential actions such as position holding, returning, landing, or following a predefined contingency plan should not depend entirely on a distant server responding at the right moment.You'll also explore why legal authorization, airspace requirements, operational risk, crew responsibilities, and emergency procedures must be considered alongside the technical design. A connection may make a distant mission technically possible, but responsible operation still requires planning, supervision, and clearly defined limits.Whether you're developing inspection platforms, mapping aircraft, research vehicles, delivery prototypes, emergency-response tools, or experimental long-range projects, this book will help you create a more dependable communication architecture.It is suitable for drone developers, robotics engineers, remote pilots, university students, researchers, integration teams, and organizations exploring cellular-supported flight operations.Stop treating mobile communication as an unlimited replacement for conventional radio. Understand the complete path, pre Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware - When DNS or DHCP fails, the first complaint rarely says 'DNS' or 'DHCP.' It says the application is down, the network is broken, users cannot connect, or a service suddenly disappeared.DNS and DHCP Operations gives network administrators, infrastructure engineers, system professionals, and technical architects a practical framework for designing, diagnosing, securing, and maintaining the naming and address-assignment services modern networks depend on.Rather than treating DNS as a simple hostname-to-address table or DHCP as a basic lease server, Rion Frost shows how these protocols function as critical infrastructure control planes. You will learn how authority, caching, delegation, leases, relays, client state, security policy, automation, and failure domains interact-and how to identify the real source of a problem instead of troubleshooting by guesswork.Inside, you will discover how to work confidently with authoritative and recursive DNS, resource records, TTLs, zone transfers, DNSSEC, TSIG, split DNS, DNS over TLS, DNS over HTTPS, DNS over QUIC, DHCP scopes and leases, relay agents, DHCPv6, SLAAC, Router Advertisements, prefix delegation, dynamic DNS, IPAM, and high-availability architectures.You will also learn how to troubleshoot real operational failures by tracing state from the client outward, distinguish DNSSEC failures from ordinary resolution problems, diagnose address-pool exhaustion and rogue DHCP services, design resilient multi-site infrastructure, and use logs, packet captures, metrics, synthetic monitoring, and configuration history as evidence.The book also explores infrastructure as code, GitOps, cloud DNS, Kubernetes service discovery, IPv6-first environments, SVCB and HTTPS records, privacy-aware resolver architecture, and responsible AI-assisted operations.With realistic scenarios, diagnostic frameworks, practical commands, architecture diagrams, security guidance, and a structured further-learning path, DNS and DHCP Operations helps you move from basic administration to disciplined operational control.Build naming and addressing infrastructure that remains observable, secure, explainable, and dependable when the network changes-and when something goes wrong.…

Taschenbuch. Condición: Neu. Neuware - Your network should not have to fail before you know it needs more capacity.Modern infrastructure rarely becomes constrained in a clean, predictable way. A WAN link may look healthy on average while busy-hour traffic approaches saturation. A redundant design may have plenty of capacity until one component fails. A cloud migration can move the bottleneck rather than eliminate it. Wi-Fi may offer impressive PHY rates while airtime becomes the real constraint.Capacity Planning for Growing Networks gives network engineers, architects, infrastructure professionals, and technical leaders a practical framework for identifying these problems before performance deteriorates.Rather than treating capacity as a simple bandwidth number, Rion Frost shows how to connect demand, architecture, service objectives, resilience, uncertainty, cost, and delivery time. The book develops capacity planning as a continuous engineering discipline built around trustworthy evidence and timely decisions.Inside, you will learn how to: - interpret utilization, peaks, percentiles, busy-hour behavior, latency, loss, and queueing;- combine counters, flow records, active measurements, topology, and streaming telemetry;- forecast future demand using growth models, scenarios, known projects, and uncertainty;- calculate headroom under normal, maintenance, and failure conditions;- analyze oversubscription, ECMP behavior, shared infrastructure, and traffic matrices;- plan capacity for campus, data center, WAN, internet edge, SD-WAN, cloud, Wi-Fi 6E/7, and Kubernetes environments;- connect infrastructure forecasts to procurement lead times, budgets, decision gates, and upgrade roadmaps;- automate repetitive capacity analysis without replacing engineering judgment.The book moves beyond monitoring to show how to build a defensible capacity story: what is happening now, what is driving it, what is likely to happen next, which resource will constrain first, when a decision must be made, and which response best balances performance, resilience, cost, and flexibility.Practical case studies, expert perspectives, formulas, troubleshooting workflows, planning scenarios, anti-patterns, review templates, and a field toolkit turn the principles into a repeatable operating model for real infrastructure teams.If you want to stop reacting to congestion and start planning infrastructure before the risk becomes an incident, this book provides the framework.…

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware - Your encryption can be strong and your system can still be vulnerable.A database may be encrypted. A master secret may live inside an HSM. Automatic replacement may be enabled. Access may be logged. But none of those controls answers the questions that ultimately determine whether sensitive data remains secure: Who can actually decrypt it What happens when credentials are compromised Can old data survive a replacement What happens when a cloud provider is unavailable Can an organization prove where its most important cryptographic assets are used Cryptographic Key Management in Practice is a practical guide to building the systems behind trustworthy encryption, signing, identity, cloud security, and modern digital infrastructure.Rather than focusing on mathematical derivations, this book shows developers, security engineers, cloud professionals, DevOps and SRE teams, architects, and technical leaders how cryptographic controls work throughout real production environments.You'll learn how to: - Build secure hierarchies using DEKs, KEKs, envelope encryption, KMS platforms, and HSMs- Choose appropriate boundaries for software, hardware-backed, cloud-hosted, and externally controlled assets- Separate possession from permission and enforce least privilege around sensitive operations- Replace active material without breaking applications or losing access to historical data- Prepare for compromise, emergency response, recovery, destruction, and cryptographic erasure- Use workload identities, separation of duties, policy automation, and audit evidence- Architect cloud-native environments across Kubernetes, CI/CD systems, multiple regions, and multiple providers- Evaluate BYOK, HYOK, external control, sovereignty, and vendor-exit requirements- Build inventories and governance systems that remain useful as infrastructure changes- Prepare applications for crypto agility and the transition toward post-quantum standardsRealistic case studies show how apparently secure systems fail through overprivileged identities, version pinning, untested recovery, weak signing workflows, excessive centralization, and incomplete dependency maps.The book concludes with a professional review playbook and a practical learning path that turns the concepts into repeatable architecture, migration, incident-response, and assurance workflows.…

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware - A construction project can change quickly. Materials arrive, crews move, structures rise, and small problems can become expensive delays before anyone notices them.Drones in Construction shows you how to use aerial information to see what is happening across a job location, document changes clearly, and support better decisions from one stage of a build to the next.Inside, you'll learn how to: - Plan effective flights around active work areas- Capture consistent photographs and video over time- Create maps, models, and visual records- Compare completed work against schedules and plans- Measure stockpiles, earthworks, roofs, and structural areas- Identify access problems, damaged materials, and potential hazards- Coordinate pilots, supervisors, surveyors, and contractors- Organize files so teams can find useful information quickly- Produce clear reports for clients and stakeholders- Protect workers, equipment, and nearby property during operations- Turn raw imagery into practical project evidenceThe explanations are clear, conversational, and focused on real working conditions. You won't simply learn how to fly over a building area. You'll understand what information to collect, how often to collect it, and how to present it in a way that helps managers, engineers, and clients.Whether you're a remote pilot, contractor, surveyor, engineer, project manager, or property developer, this guide will help you create a repeatable process for inspection, documentation, measurement, and reporting.Stop relying only on scattered photographs and occasional walkthroughs. Gain a clearer view of the entire project and make important changes easier to see, explain, and verify.…

Taschenbuch. Condición: Neu. Neuware - Moving a parcel by air involves much more than attaching a container to a drone and choosing a destination.The aircraft must carry the load without becoming unstable, follow a safe route, recognize the correct drop point, protect the item, and respond properly when weather, navigation, power, or communication problems occur.UAV Delivery Systems shows you how to develop complete cargo-carrying aircraft projects with reliability and safety in mind.Inside, you'll learn how to: - Select suitable airframes, motors, batteries, and payload equipment- Calculate weight, balance, endurance, and power requirements- Create secure cargo compartments, grippers, winches, and release assemblies- Plan routes, landing zones, and controlled drop locations- Use positioning, sensing, and obstacle-awareness technology- Protect fragile, valuable, or temperature-sensitive items- Handle low battery, lost links, navigation errors, and failed releases- Test each component before beginning full flight trials- Coordinate loading, dispatch, tracking, arrival, and confirmation- Evaluate practical use cases in healthcare, retail, rural access, and industrial workThe explanations are clear, conversational, and focused on complete working projects rather than isolated components.Whether you're a student, engineer, researcher, robotics developer, or aviation enthusiast, this guide will help you understand how cargo-carrying aircraft are planned, assembled, tested, and improved.Move beyond simple flight demonstrations and begin developing practical airborne logistics solutions you can understand and trust.…

Taschenbuch. Condición: Neu. Neuware - Checking bridges, roofs, towers, pipelines, and large industrial sites can be slow, expensive, and difficult. Some locations are hard to reach, while others expose workers to unnecessary risk.Drones for Inspection shows you how to collect useful visual and geospatial information from the air and turn it into clear reports that support maintenance and repair decisions.Inside, you'll learn how to: - Plan safe and repeatable missions- Choose suitable aircraft, cameras, and sensors- Capture consistent photographs, video, and thermal imagery- Examine bridges, buildings, power lines, towers, pipelines, and renewable-energy sites- Create maps, models, and organized visual records- Identify cracks, corrosion, heat loss, damaged components, and other warning signs- Compare conditions across multiple visits- Organize files and document findings clearly- Coordinate pilots, engineers, maintenance teams, and clients- Reduce missed details through structured checklists and reporting methodsThe explanations are clear, practical, and focused on real fieldwork. You won't simply learn how to fly around an asset. You'll understand what information to collect, how to collect it consistently, and how to present it so decision-makers can act on it.Whether you're a remote pilot, engineer, technician, contractor, student, or asset manager, this guide will help you develop a dependable process for assessing difficult locations while reducing cost, time, and unnecessary exposure to hazards.Move beyond basic photography and begin producing information that helps teams understand asset condition, prioritize maintenance, and plan the next step with confidence.…

Taschenbuch. Condición: Neu. Neuware - Enabling IPv6 is easy. Operating it reliably across real production networks is where the difficult work begins.An interface can have an IPv6 address, a router can advertise a prefix, and DNS can publish an AAAA record while users still experience broken paths, hidden fallback, MTU failures, routing asymmetry, first-hop security problems, or dependencies that remain trapped on IPv4.IPv6 Operations for Modern Networks gives network engineers, administrators, architects, cloud professionals, DevOps teams, and technical leaders a practical framework for turning IPv6 from an isolated deployment project into an operational capability.Rion Frost moves from architecture to day-to-day operations, showing how to build scalable prefix hierarchies, plan route aggregation, use IPAM effectively, and make informed choices among SLAAC, DHCPv6, Router Advertisements, static addressing, and DNS configuration.You will learn how Neighbor Discovery changes first-hop behavior, why ICMPv6 is essential, how OSPFv3, IS-IS, BGP, RPKI, multihoming, and route summarization fit into modern designs, and why IPv4 and IPv6 should never be assumed to follow identical paths.Dedicated chapters examine dual-stack transition, IPv6-only networks, NAT64, DNS64, 464XLAT, Happy Eyeballs, application readiness, security policy, RA Guard, temporary-address correlation, extension headers, cloud networking, Kubernetes, automation, infrastructure as code, and governance.Troubleshooting is treated as a proof process rather than a collection of random commands. You will learn how to verify host state, Router Advertisements, neighbor resolution, DNS, source-address selection, routes, firewalls, Path MTU, transport listeners, applications, and translation boundaries in a logical sequence.The book also includes operational case studies, readiness gates, monitoring strategies, change-review questions, a field guide, recommended RFCs, and a practical learning path for developing real IPv6 operating skill.Move beyond simply supporting IPv6. Build a network that can explain it, measure it, secure it, automate it, and repair it with confidence. …

Taschenbuch. Condición: Neu. Neuware - Two routers. Two circuits. Two cloud regions. And still-one outage.Redundancy looks reassuring on an architecture diagram. Production failure is different. A backup circuit may share the same conduit as the primary. Two firewalls may receive the same faulty configuration. Multiple cloud regions may depend on one global identity or policy service. A failover path may work perfectly-until it receives more traffic than it can carry.Resilient Network Architecture shows network engineers, architects, cloud professionals, infrastructure teams, SREs, security practitioners, and technical leaders how to design connectivity that continues delivering useful service when real-world assumptions break.Rather than treating resilience as a shopping list of redundant hardware, Rion Frost builds an end-to-end framework around failure domains, shared fate, blast radius, critical flows, graceful degradation, surviving capacity, recovery dependencies, and testable evidence.Learn how to evaluate active-active and active-passive architectures, N+1 capacity, path diversity, first-hop redundancy, multi-chassis designs, routed access, BFD, OSPF, IS-IS, BGP, RPKI, ECMP, fast reroute, anycast, SD-WAN, DNS traffic management, leaf-spine fabrics, VXLAN/EVPN, and multi-region cloud connectivity.The book goes beyond Layer 3. You will see how load balancers, health checks, timeouts, retries, circuit breakers, queues, session state, identity systems, PKI, security policy, observability, automation, and application behavior can determine whether a network failure remains minor-or becomes a cascading incident.Dedicated chapters examine hybrid and multi-cloud design, security without availability fragility, network observability, disaster readiness, RTO and RPO, infrastructure as code, chaos engineering, game days, digital twins, intent-based networking, and guarded automation.Real incident analysis and practical scenarios show why apparently distributed systems can still contain hidden global dependencies-and why recovery capability must be proven rather than assumed.An extensive Resilience Architecture Review Toolkit helps you map critical flows, identify shared failure domains, define degraded-service contracts, calculate capacity after failure, control change blast radius, demand recovery evidence, design game days, and build measurable improvement cycles.Stop designing networks that merely have backups. Build systems that remain understandable, survivable, and recoverable when the diagram is no longer green.…