architecture
architecture on Beyond Market Intelligence: a running collection of 75 stories we have gathered and hand-picked because they are worth your time. Every post here touches on architecture in some way — the news, the analysis, the deep dives, and the occasional surprise find. Acme AI is the next-generation, AI-powered spreadsheet platform built to replace Excel and redefine how analysts, data scientists, and enterprise teams work with data. New stories are added to this page as we find them, so check back if you want to keep up with what is happening around architecture, or subscribe to the RSS feed to get them as soon as they are published. Browse the collection below, or head back to the homepage to see everything Beyond Market Intelligence is covering right now.
5 Must-Read Resources for Mastering Small Language Models
## 5 Must-Read Resources for Mastering Small Language Models Data professionals seeking to leverage Small Language Models (SLMs) require a focused skillset. To that end, we’ve curated five essential resources covering critical areas: SLM architecture, effective fine-tuning strategies, practical agentic workflows, and secure local deployment. These resources offer a clear path to mastery, empowering you to integrate SLMs into your data strategies. For deeper insights into securing AI deployments, explore our article, "Securing MCP in Production: Defense-in-Depth Beyond the Gateway."
Article: Securing MCP in Production: Defense-in-Depth Beyond the Gateway
Securing Model Context Protocol (MCP) in production demands a robust, defense-in-depth strategy extending beyond simple gateway protection. This article, authored by Nik Kale, details a layered architectural approach, establishing four critical control points: safe execution, management infrastructure, outbound trust, and semantic integrity. We argue that safeguarding these layers at the earliest trustworthy points is paramount for production security. For a foundational understanding of MCP itself, explore "MCP Explained: How Modern AI Agents Connect to the Real World" and discover how it enables seamless tool access.
Multi-Tenant SaaS: Which Architecture Would You Choose? [D]
Navigating multi-tenant SaaS architectures for sensitive data, particularly with RAG and LLMs, demands careful consideration. For your Sri Lankan document platform, a global RAG layer alongside user-specific RAG (Option 1) presents a compelling starting point. It avoids the complexities and costs of fine-tuning while enabling access to a curated knowledge base for accurate, general responses, supplemented by private document search. Scalability to thousands of users is readily achievable with this design.
Built & Trained a Transformer from Scratch in Pure PyTorch for English-to-Tamil Machine Translation [Math + Code Breakdown] [P]
Delve into a comprehensive exploration of Transformer architecture with this practical guide. Developer ImranCoder786 has meticulously built and trained a Transformer model from scratch using pure PyTorch, mirroring the seminal "Attention Is All You Need" paper. Trained on an English-to-Tamil dataset and detailed with a step-by-step mathematical breakdown, this resource empowers users to understand and replicate the process.
I built a compiler that turns computation graphs into the weights of a vanilla transformer — no training anywhere [P]
Explore a novel approach to transformer architecture with TorchWright, a compiler that generates transformer weights directly from Python computation graphs – eliminating the need for any training. This innovative system, detailed in a recent post on ood.dev, allows users to define algorithms independently of the learning process, producing standard Phi-3 checkpoints compatible with vanilla Hugging Face. See how this achieves expressiveness within a transformer, building upon work like RASP while prioritizing accessibility and a stock architecture.
CICD / KAFKA / KUBERNETES / Interview questions (MLE) [R]
Preparing for a Machine Learning Engineer interview focused on live streaming deployments? Your friend should prioritize questions around CI/CD pipelines, Kafka for data streaming, and Kubernetes for orchestration. Expect deep dives into topics like schema management, fault tolerance, and scaling strategies within these systems. Understanding how to debug deployment issues and monitor performance in a live environment is also key. For a more detailed look at building end-to-end ML platforms, see our recent article, "Recent project I worked on: End to End Edge ML platform."
Podcast: Rethinking Data: Moving From the Traditional Three-Tier Web Stack to Client-Side Event Sourcing
Johannes Schickling challenges conventional wisdom in our latest podcast, "Rethinking Data." He details his journey moving beyond the traditional three-tier web stack to a local-first architecture, sharing his experience building Overtone—a music curation app—with client-side event sourcing and SQLite. This episode unpacks the practical trade-offs inherent in event sourcing and CRDTs, offering valuable insights for developers seeking a more agile data management approach. For further exploration of evolving architectures, see our article, "An Evolutionary Architecture Pattern for Managing AI’s Pace of Change."
Article: An Evolutionary Architecture Pattern for Managing AI’s Pace of Change
Enterprise engineering leaders face a critical challenge: agentic AI disrupts the assumptions underlying traditional API gateways. Our new article, "An Evolutionary Architecture Pattern for Managing AI’s Pace of Change," explores the rise of AI Gateways as a vital architectural seam. Centralize guardrails, agent identity, and action policies within a single control plane to ensure platform stability and prevent costly incidents. Discover how this approach empowers predictable AI behavior while fostering innovation. For deeper insights into adaptable architectures, see "Clean Architecture for Serverless."
Presentation: Clean Architecture for Serverless: Business Logic You Can Take Anywhere
Unlock the portability of your serverless business logic with Elena van Engelen’s presentation, "Clean Architecture for Serverless." Learn how to avoid vendor lock-in while leveraging native cloud capabilities through a practical application of Clean Architecture, Spring Cloud Function, and Gradle modules. Elena will demonstrate a live deployment of portable Kotlin services across AWS and Azure, underpinned by Terraform CDK for multi-cloud infrastructure. For deeper insights into cloud infrastructure management, explore our recent article, "Amazon EKS Adds Kubernetes Version Rollback."
Why Adding More AI Agents Made Our System Slower
Scaling AI agent systems isn’t always linear. We recently encountered a surprising bottleneck: asynchronous task management. As we expanded to hundreds of LLM agents, seemingly minor CPU tasks quietly became our largest performance constraint, slowing overall system speed. This post details how we identified and addressed this hidden cost, offering practical insights for anyone building complex AI workflows. Learn from our experience – a challenge we’ve explored further, alongside broader lessons from 8.5 years of machine learning.
Presentation: Compiling Workflows into Databases: The Architecture That Shouldn't Work (But Does)
Join Jeremy Edberg and Qian Li to discover a surprisingly effective architecture for durable AI workflow execution. Their presentation, "Compiling Workflows into Databases: The Architecture That Shouldn't Work (But Does)," reveals why external orchestrators often introduce reliability challenges and demonstrates how leveraging your existing database can provide a robust solution. DBOS Transact utilizes standard tables, SKIP LOCKED queues, and unique primary keys to achieve fault tolerance and minimal latency—all without the complexity of separate distributed systems.
Presentation: From Copy-Paste to Composition: Building Agents Like Real Software
Jake Mannix’s presentation, "From Copy-Paste to Composition," addresses a critical evolution in AI agent design. Moving beyond rudimentary architectures, Mannix outlines a framework for building agents akin to robust software – versioned, encapsulated "virtual tools." This approach leverages an intermediate protocol layer to enable key capabilities like interface mapping and dynamic schema projection. Crucially, it incorporates runtime taint tracking to proactively mitigate data exfiltration risks, all while maintaining development velocity.
Anthropic Details How It Contains Claude Across Web, Code, and Cowork
Anthropic has outlined its robust containment architectures for Claude, emphasizing a critical shift in agent safety. Rather than relying on prompts, Anthropic focuses on deterministic limits imposed on an agent’s access to filesystems, networks, and execution environments. Detailed analysis of failures at trust boundaries and egress paths prompted significant design revisions. This approach prioritizes proactive security, demonstrating a future-focused commitment to responsible AI development. For further exploration of cloud AI security frameworks, see our article, "GKE Security Blueprint."
How To Build Your Own LLM Runtime From Scratch
Ever wondered what it takes to build an LLM inference runtime from the ground up? This comprehensive guide details that journey, walking you through the creation of a small runtime called annotated-llm-runtime, all while running on an H100. We explore the intricacies of managing weights and CUDA graphs, highlighting three key bugs that shaped the development process. Delve into the complexities of AI infrastructure—as explored further in "OpenAI’s AI spending spree has ballooned to $750B"—and empower yourself with a deeper understanding of LLM technology.
DoorDash Uses Envoy and Valkey for a 1.5M RPS Proxy Cache with 99.99999% Availability
DoorDash achieves unparalleled data efficiency with Entity Cache, a novel proxy caching platform built on Envoy and Valkey. This innovative solution reduces redundant service-to-service requests within their microservices architecture, handling over 1.5 million requests per second with an impressive 99.99999% availability. Through caching, event-driven invalidation, and robust failure handling, Entity Cache optimizes performance and ensures consistent reliability. For those interested in exploring related advancements in data analysis, consider our survey on deep learning for scRNA-seq analysis.
Three InfoQ Certification Cohorts Start This August: Meet the Facilitators
This August, InfoQ launches three distinct five-week online certification cohorts, designed to elevate your expertise through practical application of QCon talk frameworks. Led by senior practitioners, these cohorts offer focused development in architecture (Luca Mezzalira), engineering leadership (Michelle Brush), and AI security and privacy (Katharine Jarmul). Secure your spot and embark on a transformative learning journey—enrollment is now open. For deeper insights into related challenges, explore how DoorDash achieves exceptional proxy cache availability with Envoy and Valkey.
![Deep learning tackles single-cell analysis – A survey of deep learning for scRNA-seq analysis [R]](https://preview.redd.it/n3okgq66t1eh1.png?width=140&height=99&auto=webp&s=c7f944d68ce877e0198147bb832e40cbb826fa91)
Deep learning tackles single-cell analysis – A survey of deep learning for scRNA-seq analysis [R]
Navigating the complexities of single-cell RNA sequencing (scRNA-seq) analysis demands sophisticated tools. A recent survey paper, "Deep learning tackles single-cell analysis," comprehensively examines 25 distinct deep learning methods across six key subcategories. To aid understanding, one user has meticulously summarized these approaches, detailing their purpose, architecture, metrics, and novelty within a readily accessible table.
Am I focusing on the wrong skills as a CS student in the AI era? (Need brutally honest advice) [D]
The AI landscape is rapidly evolving, prompting a critical question for aspiring Computer Scientists: are current skill priorities still relevant? Your concerns about balancing traditional software engineering fundamentals—architecture, system design, and debugging—with the rise of AI are valid. While AI-powered code generation tools are advancing, a deep understanding of underlying principles remains paramount.
I just read LeCun’s recent thoughts on world models. Thoughts on JEPA as a path forward? [D]
Yann LeCun’s recent commentary on the limitations of Large Language Models—their ability to articulate versus truly *understand* the physical world—has sparked considerable discussion. His proposal of Joint-Embodied Predictive Architectures (JEPA) as a potential solution warrants careful consideration. Is JEPA a genuine architectural advancement, or a search for a currently elusive "magic bullet"? Explore LeCun's insights and the debate surrounding this critical challenge in AI. For deeper exploration of related approaches, see our recent article on Thinking Machines Inkling.
Podcast: Strands Agents with Clare Liguori
Welcome to the podcast! Today, Thomas Betts speaks with Clare Liguori, technical lead for the Strands Agents SDK, a rapidly evolving open-source project. The discussion charts Strands Agents’ progression from a Python SDK to a robust, production-ready agent harness. Clare shares valuable lessons gleaned from scaling agents, including the strategic shift to a model-driven architecture. As the underlying LLMs continue to advance, explore what's next for this transformative technology—a topic further illuminated in "Many Companies Use AI.
![Introducing ASCIITermDraw Bench | Testing the ability of VLMs to Generate and Edit ASCII [P]](https://preview.redd.it/9q5cs439mceh1.png?width=140&height=98&auto=webp&s=ebb3f772300fbbd6ecad54b3067b9ea96a92c80f)
Introducing ASCIITermDraw Bench | Testing the ability of VLMs to Generate and Edit ASCII [P]
Can AI truly visualize complex concepts beyond code? Introducing ASCIITermDraw-Bench, a new benchmark evaluating Vision Language Models' ability to generate and edit diagrams using simple ASCII characters. This innovative benchmark addresses a critical gap, moving beyond coding and reasoning to assess diagrammatic accuracy—a surprisingly challenging task. Featuring 80 tasks spanning network topologies to software architecture, ASCIITermDraw-Bench offers a rigorous evaluation with structural and semantic scoring. See current leaderboards, including Gemma-4-31B-IT at 73.8%, and explore the methodology on Hugging Face.
Many Companies Use AI. Few Know How to Build an AI-Native Enterprise Data Platform.
Many companies are leveraging AI, yet few possess a practical architecture for an AI-native enterprise data platform. Building one demands more than isolated AI tools; it requires a cohesive system. Our latest article explores a robust architecture featuring data agents for streamlined integration, AI-powered quality assurance, and essential AI governance. Discover how to move beyond experimentation and establish a foundation for scalable, reliable AI initiatives. For related insights on structuring data for AI agents, see Pinecone’s introduction of Nexus Engine.
KDnuggets Weekly Roundup: Week of July 13, 2026
This week’s KDnuggets Weekly Roundup delivers practical insights for data professionals. We're prioritizing efficiency, starting with a clear alternative to cumbersome if-else chains in Python – embrace the Registry Pattern. Level up your portfolio with five real-world SQL projects, stay current with ten top AI YouTube channels, and explore structured language model generation. For deeper exploration of related topics, consider "Pinecone Introduces Nexus Engine," now generally available, for compiling business context into structured data for AI agents.
![Seeking collaborators for scaling and independent evaluation of a new recurrent language model architecture (preprint + code) [R]](https://preview.redd.it/b0u6q9a46ndh1.jpg?width=140&height=98&auto=webp&s=dbb02d2e0fc85305a04e37864167c2578891d46c)
Seeking collaborators for scaling and independent evaluation of a new recurrent language model architecture (preprint + code) [R]
Researchers have introduced DABSN (Dynamic Adaptive Bias State Network), a novel recurrent language model architecture demonstrating promising results in reasoning, memory, and long-sequence tasks. The initial preprint and accompanying code—available in PyTorch, C++, and Triton—detail the architecture’s behavior and performance across benchmarks like MQAR and A5/60. Early language modeling experiments with a 24M parameter model have yielded unexpectedly strong results, prompting a second paper focused on scaling and long-context behavior. Collaboration is sought for independent reproduction, evaluation design, and access to larger GPU resources.