Serverless clean architecture without vendor lock-in
How serverless clean architecture reduces vendor lock-in and isolates business logic in a multi-cloud environment using Spring Cloud Function and Terraform CDK
Architecture
Architecture on ThecoreGrid is about designing resilient, scalable, and evolvable systems at BigTech depth.
We cover distributed system design, highload patterns, cloud-native platforms, and reliability engineering for real production environments. Content includes architectural trade-offs, failure-domain thinking, consistency models, data partitioning, service boundaries, and integration strategies across microservices and event-driven systems. You’ll find deep analyses of incident post-mortems, migration playbooks, and patterns for observability, performance, security, and operational excellence. We focus on practical decisions: when to centralize or decentralize, how to manage complexity, and how to balance velocity with stability over time. Instead of generic tutorials, ThecoreGrid provides curated technical insights from BigTech practices and real-world operations. The Architecture tag is built for software architects, backend and platform engineers, tech leads, and SRE teams responsible for long-term system reliability, maintainability, and scale.
Client-side load balancing at 1M RPS
How client-side load balancing reduces latency at 1M RPS: An analysis of architecture, consistent hashing, and the trade-offs of high fan-out systems
Orbital AI Data Centers Hit Network Limits
Orbital AI data centers promise cheap energy and cooling, but network bandwidth, latency, and topology may limit large-scale LLM training in space
LLM-MAS protection against dual drift attacks
Securing LLM-MAS via continual learning and OOD detection: An analysis of OpenEvoShield and its architecture against dynamic attacks
MoE routing acceleration without dynamic networking
MoE routing in direct topologies is limited by unpredictable traffic. An analysis of MoX shows how static routing reduces congestion and approaches switch performance. In classic ML clusters, the network is designed for regular collective operations. This works as long as the traffic is predictable. MoE routing breaks this assumption. Each token selects top-K experts, … Read more
Byzantine Agreement round complexity lower bound
A tight lower bound is established for the round complexity of Byzantine Agreement. An analysis of the impact of an adaptive adversary on latency and consensus architecture.
In-band SDN coordination without state explosion
How in-band SDN control plane scales without state growth: an analysis of Periplus and its model of multi-controller coordination
In-band SDN scales through border-switch graphs
In-band SDN with multi-controller coordination: how Periplus limits forwarding state using border-switch graphs and scales the network without increasing load
AI accelerators for scientific computing limits
AI accelerators for scientific computing: bridging the precision, memory, and execution gap when migrating HPC workloads to NPUs –>
ThecoreGrid Radar: Three Key Technology Trends of the Week
A weekly roundup of the architecture insights and releases we’ve been reading. Infrastructure 🔹 FSZ: Breaking the Prediction-Throughput Trade-off in GPU Lossy Compression A new approach to lossy GPU compression increases throughput while preserving prediction quality. The work shows how compression can become a tool for optimizing compute infrastructure, rather than simply a way to … Read more