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65 articles tagged #Infrastructure.
P.01A hacker claimed to steal 35GB from Accenture in July 2026, including source code, RSA and SSH keys, and Azure access tokens. The source code isn't the risk. The credentials filed next to it are. Here's the audit worth running on your own repos this week.
P.02Platform engineering has its own hiring cluster now, distinct from DevOps, SRE, and cloud architecture. Here's how to define the role correctly, screen candidates for product thinking over ticket-taking, and avoid paying platform-engineer money for ops-with-a-new-title.
P.03A forged OIDC token in SimpleHelp RMM lets an unauthenticated attacker create an admin account and reach every endpoint the instance manages. CISA added it to the KEV catalog on June 29. Here's what it means if your agency or your vendors use SimpleHelp.
P.04An unauthenticated SSRF flaw in Cisco Unified Communications Manager is being actively exploited to write files, plant a webshell, and reach root. Here's the attack chain, who's affected, and how to patch or work around it.
P.05Deno Sandbox spins up isolated Firecracker microVMs in under 200ms for running code you don't trust, AI-agent output included. Here's how it works and a working example.
P.06Cloudflare will block mixed-use AI crawlers from ad-supported pages by default starting September 15, 2026, and is rolling out a pay-per-use model for publishers. Here's what site owners actually need to configure.
P.07OpenAI is launching GPT-5.6 Sol on Cerebras wafer-scale hardware in July 2026 at up to 750 tokens per second, roughly an order of magnitude faster than typical GPU inference. Here's who that speed is actually for.
P.08Three maximum-severity UniFi OS flaws chain into unauthenticated root code execution and are being exploited in the wild by a Mirai-derived botnet. Here's what's affected, how the chain works, and how to patch it today.
P.09On June 24, 2026, Qualcomm announced a $3.92B all-stock acquisition of Modular, the company behind the Mojo programming language and MAX inference engine. The bet: give AI developers a hardware-agnostic path that bypasses NVIDIA's CUDA lock-in. Here's what actually changes.
P.10DevSecOps is a distinct discipline from DevOps and from security engineering. Here's what the role actually covers, what skills to screen for, and why supply chain security is now the core competency.
P.11June 2026 Patch Tuesday is the largest monthly security release of the year: 206 CVEs, 37 rated Critical, three publicly disclosed zero-days, and a Splunk Enterprise RCE that attackers started exploiting within days of disclosure. Here's what to patch first.
P.12Site Reliability Engineering is a specific discipline, not a synonym for DevOps. Here is how to define the role correctly, screen for the right skills, and avoid hiring an ops generalist and calling them an SRE.
P.13Firebase's complexity and Supabase's Postgres assumptions do not fit every project. PocketBase, Appwrite, and Convex each solve the backend problem differently. Here is when each one makes sense.
P.14Cloud architect is one of the most misused titles in hiring. Here is how to define the role correctly, screen for real judgment, and avoid hiring a certification collection.
P.15Data engineers build the pipelines, warehouses, and transformation layers that make data useful. They are not data scientists, not backend developers, and not analysts. Here is how to hire for the actual role.
P.16Go powers Kubernetes, Docker, Prometheus, and half the cloud infrastructure tooling used by modern engineering teams. Hiring the right Go developer means understanding what the language attracts and what it demands.
P.17Three tools, three different bets on where complexity belongs. Here's how to choose between BullMQ, Inngest, and Temporal based on what your system actually needs — not what sounds most impressive.
P.18OpenFeature is now a CNCF incubating project with broad SDK support. Here's how to use vendor-neutral feature flags in production — and why the standard matters more than the specific tool you back it with.
P.19Durable Objects solve the coordination problem that makes edge computing hard: how do you maintain consistent state across distributed nodes? Here's how they work and when to use them.
P.20Kafka is the default answer for message queuing at scale. But for teams running fewer than a million messages per day, NATS JetStream offers persistence, delivery guarantees, and a dramatically simpler operational footprint.
P.21A practical guide to setting up metrics collection with Prometheus and visualization with Grafana for backend services — what to instrument, what to skip, and what the dashboards should actually show.
P.22Dev Containers let you define your entire development environment in a JSON file. New team members are productive in minutes, not days. Here's how to set them up properly.
P.23Vulnerability scanning catches known CVEs in your base images and dependencies before they reach production. Here's how to set up Trivy and Snyk, understand their output, and act on what they find.
P.24A bloated Docker image costs you in pull times, storage fees, and attack surface. Here's how to build images that are small, fast to rebuild, and genuinely production-ready.
P.25R2's zero-egress pricing looks compelling on paper. Here's when it actually saves money, when S3's ecosystem still wins, and how to migrate if you decide to switch.
P.26Logs tell you what happened. Error tracking tells you what broke, in what context, for which users. Here's how to set up Sentry properly and avoid the alert fatigue that makes it useless.
P.27The fear of vendor lock-in leads to over-engineering. Here's a practical framework for deciding when to abstract cloud dependencies and when accepting lock-in is the right call.
P.28ClickHouse is a columnar database designed for analytical workloads. It answers queries over billions of rows in seconds that would take minutes in Postgres. Here's what application developers need to know.
P.29HTTP/3 replaces TCP with QUIC, a UDP-based protocol that eliminates head-of-line blocking and handles packet loss better. Here's when that matters, when it doesn't, and how to enable and verify it.
P.30Blue-green and canary deployments give you a way to release software without taking down your service or discovering a bug when it's already affecting everyone. Here's how they work and when to use each.
P.31eBPF lets you attach programs to any kernel hook — network packets, system calls, function calls — without patching the kernel or rebooting. Here's what application developers actually need to know.
P.32Tailscale creates a private mesh network across any combination of cloud servers, developer laptops, and office machines — without port forwarding, firewall rules, or dedicated VPN hardware.
P.33Multi-cloud gets pitched as the default choice for serious companies. The reality is more nuanced — and for most teams, the complexity cost is higher than the lock-in risk it's supposed to prevent.
P.34A practical guide to transactional email for web apps in 2026 — comparing Resend, Amazon SES, and SendGrid, with a focus on SPF/DKIM/DMARC setup and the common deliverability mistakes teams make.
P.35OpenTelemetry is the observability standard now. Most tutorials show you how to install the SDK and emit traces. Fewer explain which signals actually matter for web applications and which add noise without helping you debug anything.
P.36Password resets, invoices, and notification emails are infrastructure. Most developers treat them as an afterthought until a client asks why their welcome emails are disappearing. Here is the full picture.
P.37When your AI agent needs to run the code it writes, you can't let it touch your production servers. Here's how the main isolation options work and when to use each.
P.38HPA scales on CPU and memory. But most production workloads don't scale well on those signals. KEDA, VPA, and Goldilocks fill the gaps that HPA leaves open.
P.39The queries that destroy production Postgres databases share a small set of root causes. Here is how to find them, understand what EXPLAIN ANALYZE is telling you, and fix them without guessing.
P.40Single-provider AI dependencies are a reliability risk. Routing layers like LiteLLM and OpenRouter let you fall back across providers, cap costs, and try smaller models first. Here is the architecture and when it actually matters.
P.41gRPC has been available for years but many teams default to REST without thinking through the tradeoffs. Here's how gRPC works, where it fits, and where it doesn't.
P.42Connection exhaustion is one of the most common production failures for apps that scale. Here's how pooling works, which tool fits which setup, and the configuration decisions that matter.
P.43Site reliability engineering was designed for teams of hundreds. Most of its principles translate directly to teams of 5. Here is what a practical incident response process looks like when nobody has 'SRE' in their title.
P.44Leaked credentials are the most preventable category of security breach. Here is an honest look at when you need a dedicated secrets manager, which tool to pick, and what to do if you're still on .env files.
P.45Service meshes promise secure, observable microservice communication. But most teams that adopt one do so before they need it. Here is how to decide, and what each option actually costs you.
P.46Message queues and event streams solve different problems. Kafka is not always the right answer. Here's how to think through event-driven patterns and choose the right tool for your production workload.
P.47Running containers in production without scanning them is the equivalent of shipping code without running tests. Here's how teams scan images, generate SBOMs, and add runtime protection, from the CI step to the cluster.
P.48Background jobs that crash mid-execution lose all their state. Temporal solves this by making workflows durable state machines that survive process restarts, deploys, and outages. Here's what it looks like in TypeScript and Python.
P.49HashiCorp moved Terraform to a Business Source License in August 2023. OpenTofu forked it under the MPL. Pulumi took a different path entirely. Two and a half years on, the dust has settled enough to make a clear-headed choice.
P.50In March 2024, Redis Ltd. relicensed Redis under a source-available license. Within weeks, the Linux Foundation forked it as Valkey. Two years on, here's how the split played out and what it means for teams choosing an in-memory data store today.
P.51Explore the shift towards serverless edge computing in the post-cloud era, focusing on performance improvements, cost savings, and real-world case studies of enterprises leveraging this technology.
P.52RAM prices surged 90% in Q1 2026 as AI data centers consume 70% of global memory. Here's how the shortage impacts developers, hardware costs, and what you can do about it.
P.53Analyzing the February 2026 Cloudflare edge network outage: cascading failures, bypassed canary deployments, R2 and Workers impact. Real architecture lessons for building resilient distributed systems.
P.54How running AI models at the edge enables real-time intelligence for IoT, autonomous vehicles, and smart manufacturing. A developer guide to edge AI platforms, frameworks, and opportunities in 2026.
P.55The EV charging software market is exploding. Learn how developers can build with OCPP, fleet management APIs, payment integration, and smart grid optimization in this booming $100B+ infrastructure sector.
P.56WASI 0.3 introduces native async I/O, stream types, and full socket support to WebAssembly. We analyze the Component Model changes, language support, and why this release finally makes Wasm viable for production server workloads.
P.57EditorPickA deep dive into the India AI Impact Summit 2026 at Bharat Mandapam — $200B in pledged investments, sovereign AI models, the MANAV framework, and what it all means for builders and founders.
P.58AWS and Google Cloud announced cross-cloud interconnect integration with encrypted-by-default networking. After years of vendor lock-in wars, competitors are collaborating. We break down what it means and what it does not.
P.59EditorPickMicrosoft ($17.5B), Amazon ($35B) & Google ($15B) are investing $67.5B in India's data centres. Here's what this AI infrastructure race means for India's tech future.
P.60GitOps adoption hit 64% in 2025, and the next evolution is integrating real-time cost visibility into every infrastructure pull request. We break down why GitOps plus FinOps is the operational model serious teams are adopting in 2026.
P.61Microsoft, Google, Amazon, and Meta are collectively spending $650 billion on AI infrastructure in 2026. We break down what each company is building, why the numbers keep climbing, and what it means for developers.
P.62Alphabet announced $175-185 billion in 2026 capital expenditure, nearly double 2025 spending. Stock dropped 5% as investors question Big Tech's AI spending sustainability, despite Google Cloud revenue spiking 48%.
P.63Amazon reported quarterly revenue beating estimates but stock dropped 10% after-hours as investors digest the company's $200 billion capital expenditure plan for 2026, driven by aggressive AI infrastructure investment.
P.64Meta Compute, OpenAI's 750MW deal, and a projected $3 trillion investment in AI infrastructure. The biggest story in tech isn't about models—it's about who controls the compute.
P.65Astro for the website, Vercel for deployment, Airtable as CRM, Satori for OG images, a separate content repo with GitHub Actions CI — here's every tool in our stack and the reasoning behind each choice.