Building Postmortem: An AI Agent That Remembers, Learns, and Improves With Every Incident
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Explore the full article directly on Medium Software Engineering to learn more about the technical details of this piece.
Explore the full article directly on Medium Software Engineering to learn more about the technical details of this piece.
It’s a relatively quiet news day, and the AI market rout we referenced obliquely two days ago has deepened, though it might be leveling off not even halfway into bear market territory (-10% on Nasdaq, not -20%). That said, everything being “priced to perfection” means any surprise that is not to the upside is probably to the downside, knocking valuation estimates down as low as $1T and probability down 18% .
In November 2026, the NQCC and Phasecraft signed an agreement to provide UK organizations with access to Phasecraft's quantum software via SparQ Access. This partnership aims to lower the technical barrier for evaluating quantum advantage in various fields.
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AI agents will break security rules, revealing their secrets to strangers, and running untrusted code in exchange for help from a swarm of other agents, according to test results shared with The Register . The test - part of an internal hackathon sponsored by the nonprofit AI Alignment Foundation and run by AE Studio - asked nine AI coding agents to fix a bug: a broken pricing service.
Insider Brief A proof of the Aaronson-Ambainis conjecture establishes that exponential quantum advantages in input reads require structure when answering yes-or-no questions on most randomly generated inputs. PSI said its research system used a non-public Anthropic model to find the proof, which was checked in the Lean proof assistant and reviewed by researchers.
For the first time, an international team of researchers from Germany, Thailand, India, China and the United States has created a three-component Hubbard system with tunable interactions in the laboratory. In doing so, the team used a quantum gas microscope to make the individual atoms visible.
Insider Brief Pasqal reported €3. 3 million in third-quarter 2026 revenue, down from €5.
Insider Brief Taiwan’s Industrial Technology Investment Corporation (ITIC), led by President Karen Yu, is developing a Taiwan–UK deep tech innovation corridor to connect British research with Taiwan’s engineering, manufacturing and investment capabilities. A partnership with Cambridge’s St John’s Innovation Centre will connect Taiwanese startups with UK and European businesses while creating opportunities for investment, startup exchanges and industry collaboration.
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Zyphra has released ZYFA, an open-source library of FP8 and BF16 attention kernels for AMD Instinct MI355X GPUs that delivers up to 1.76x higher throughput than default libraries. By optimizing kernel scheduling and softmax calculations, this solution significantly improves hardware utilization and efficiency for long-context prefill tasks.
Researchers aboard the Tiangong space station have established a new record for extreme low-temperature conditions, enabling advanced study of quantum states in a microgravity environment. This breakthrough paves the way for high-precision measurement technologies that could significantly enhance the performance and reliability of next-generation quantum sensing and instrumentation systems.
Oak Ridge National Laboratory has launched a co-design platform integrating IBM quantum processors with high-performance AMD-based classical compute to accelerate the development and optimization of quantum error correction. By unifying quantum and classical architectures, this environment enables researchers to refine workflows and validate scalable algorithms, directly supporting the mission to achieve fault-tolerant quantum computing by 2028.
Google Genie 4 combines with Gemini models to build better video game worlds, robotics training DeepLearning.
Boom’s strategic pivot to in-house engine development following a supplier withdrawal transformed a potential project failure into a dual-revenue business model that accelerates the path to supersonic flight. By repurposing aerospace technology for the power generation market, the company has successfully diversified its funding streams while vertically integrating design to improve long-term development efficiency and industrial control.
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Google Gemini 4 Carbon Tops Intelligence Index, Cybersecurity Benchmarks DeepLearning.
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Recent developments in quantum theorem suggest that the objective reality Einstein once championed may not exist, challenging fundamental assumptions about the nature of the physical world. For engineering practitioners, this shift underscores the importance of robust context engineering, as our reliance on perceived stability may require new frameworks to account for underlying systemic complexities.
The AI Engineer Code Summit 2026 gathers technical leaders and practitioners to explore the latest advancements in building and deploying AI-driven systems. This event focuses on the practical engineering challenges of integrating AI into production environments to enhance development efficiency and accelerate time-to-market.
The Agentic Identity Broker streamlines enterprise agent adoption by centralizing authorization and audit logging, effectively decoupling agent workflows from complex OAuth2 plumbing. This infrastructure accelerates time-to-market for agentic systems by enabling secure, scoped delegation without requiring custom security implementations for every new tool integration.
Hyperscalers may leverage political shifts to justify reduced capital expenditure on data centers, potentially improving operational efficiency and cost management in the AI sector. Meanwhile, strategic acquisitions in coding and internal budget adjustments signal a transition toward more disciplined, value-driven deployment of AI resources.
GitLab 19.5 advances agentic engineering by introducing a generally available Model Context Protocol (MCP) server, enabling seamless integration between external AI agents and platform workflows. This architectural shift enhances developer productivity and governance by streamlining automated interactions, ultimately accelerating delivery cycles and improving deployment efficiency.
New UK legislative amendments propose granting ministers regulatory powers to mandate incident reporting and safety protocols for organizations deploying agentic AI within essential service infrastructures. For engineering teams, this shift necessitates more rigorous oversight and robust harness engineering to mitigate the operational risks and potential liability associated with loss of control over autonomous agents.
Thinking Machines has released Inkling 2 Small, a high-performance multimodal mixture-of-experts model pretrained in under three days, demonstrating significant gains in training efficiency and deployment speed. By offering competitive pricing and intentional customizability, this release provides engineering teams with a powerful, cost-effective tool for integrating advanced vision and language capabilities into their production workflows.
OpenBao 2.7 enhances infrastructure scalability and security through PostgreSQL read scaling, external HSM/KMS integration, and the adoption of post-quantum cryptographic standards. These updates improve operational governance and request consistency, directly supporting more efficient deployment cycles and robust security posture for enterprise-grade secret management.
OpenAI is partnering with Hacktron to find vulnerabilities, test connections with third-party services, and strengthen defenses with frontier AI.
Edera’s Object Capability Bounded Authority model enhances agentic security by decoupling required permissions from underlying credentials through hypervisor-enforced isolation. This architecture improves operational efficiency and risk management by enabling secure, scoped API access without the overhead of storing secrets within individual AI workloads.
The AutoIP library demonstrates how AI agents can autoformalize complex mathematical proofs in Lean, significantly reducing the human effort required for rigorous verification. By shifting the engineering focus from manual proof-writing to high-level statement validation, this approach enhances productivity and identifies critical errors in established literature that traditional methods often overlook.
Thinking Machines Lab has launched Inkling 2 Small, a multimodal sparse Mixture-of-Experts model designed to enhance agentic coding and knowledge work through high-performance reasoning and a 1M-token context window. By leveraging advanced alignment techniques and efficient architecture, the model offers engineering teams a powerful tool for accelerating development cycles and improving automated task execution.
IQM Quantum Computers achieved significant financial growth with a 50.7% revenue increase and a record €102.5 million backlog, signaling strong market demand for their quantum infrastructure. Technical advancements in qubit fidelity and real-time error correction are accelerating the company's roadmap, positioning them to deliver more reliable quantum computing solutions to enterprise and research partners.
The integration of Quantum-Classical Auxiliary-Field Quantum Monte Carlo methods has achieved a 124x reduction in classical execution time for complex battery chemistry simulations. This performance breakthrough significantly accelerates materials discovery cycles, offering a scalable path to reduce time-to-market for next-generation energy storage technologies.
The author evaluates the rapid evolution of AI-assisted development workflows by auditing the utility of tools like worktrees, cloud agents, and MCP protocols. This shift highlights a critical focus on streamlining engineering stacks to optimize developer productivity and accelerate delivery cycles in an increasingly agentic landscape.
OpenAI introduces BioBasicsBench, a 100-task benchmark measuring how well AI agents interpret raw experimental data and handle everyday wet-lab science.
Google’s release of Gemini Omni 1.2 Flash introduces 15-second video generation with improved consistency and reference adherence, offering a 30% cost reduction over the previous version. By enabling iterative, multi-turn editing through the API, the model optimizes developer workflows to reduce re-rendering requirements and improve overall production efficiency.
Researchers have successfully demonstrated electrical control over the quantum-geometric nonlinear Hall state by leveraging the coupling between spin structures in chiral antiferromagnets. This breakthrough offers a potential pathway for developing high-efficiency, low-power spintronic devices that could significantly enhance computational speed and reduce energy consumption in future hardware architectures.
Recent benchmarks demonstrate that modern LLMs have significantly improved in complex social reasoning, collaborative strategy, and deceptive maneuvering. These advancements in agentic capability suggest that AI models are becoming increasingly proficient at high-stakes decision-making, offering potential for more sophisticated automated workflows and complex problem-solving in multi-agent environments.
Cult. fit is using Codex to help teams across functions build tools, move faster, and change how work gets done.
Google’s TPUv7 is increasingly positioning itself as a cost-efficient alternative to NVIDIA hardware, delivering superior performance-per-dollar across various agentic and long-context inference workloads. By integrating with major open-source ecosystems like PyTorch and vLLM, Google is effectively lowering barriers to adoption and providing engineering teams with more scalable, high-performance options for production-grade AI deployment.
AWS launches Kiro bots to help devs coordinate AI coding agents InfoWorld
Gemini Omni 1. 2 Flash brings native 15-second video generation and editing, stronger consistency, and 30% lower pricing.
Meta acquires Conductor as AI coding shifts toward multi-agent development InfoWorld
There’s a lot of dispute to yesterday’s title story on “ Weight Space Programming ” — and we agree that some of the claims are presented in overly favorable light and overall took away from the impact of the paper’s more substantial discoveries. However it is still a big wakeup moment and has had multiple independent replications by now that it is not worth either doing some kind of retraction or a followup title story saying it was bogus.
The EXACT workflow replaces unstructured "vibe coding" with a data-driven approach that integrates Example Mapping and predictive Test Driven Development to improve AI code correctness by up to 80%. By enforcing strict architectural standards and human-in-the-loop autonomy, this methodology enhances engineering efficiency and accelerates delivery speed while maintaining high software quality.
My longest running agent testbed has been building the Interconnects Dashboard — an aggregator of all of the best data on open model adoption and performance from across the web. This dashboard is freely available and becoming quite useful.
The lack of data lineage in agentic workflows creates significant operational risks, as fragmented and untraceable data movement can lead to the unauthorized exposure of sensitive information. To maintain governance and trust while scaling agentic systems, engineering teams must shift from traditional perimeter-based security to comprehensive data visibility that tracks how information is ingested, transformed, and redistributed across hybrid workflows.
SpaceX is rapidly scaling its infrastructure, with current projections estimating 13GW of datacenter capacity by 2027 to support massive business growth. This unprecedented deployment speed demonstrates a new benchmark for operational efficiency and time-to-market in large-scale AI infrastructure development.
To help engineers keep up with emerging technologies such as AI, cloud computing, and sustainable infrastructure, and learn how they can be applied in practice, the IEEE Computer Society ’s Central Indiana Chapter recently launched its Tech Talk Series. The live webinar series connects IEEE members, undergrad and graduate students, and engineering professionals from IEEE Region 4 with industry practitioners.
Yesterday's hot paper was Sparks of Weight-Space Programming: LLMs can natively read & write neural network weights by Rikiya Takehi, Jayden Teoh, Alex Zhang, and Omar Khattab. The paper (OK, the authors classify is as a "blog post", but it's paper-shaped) found that frontier models, in particular GPT-6 Astra, can both interpret and modify the raw weights of a machine learning model - literally a text description of the model containing a bunch of floating point numbers.
Last week, Anthropic introduced a new system prompt designed to stop its Claude models from re-creating specific, existing video games. While that move could help shield Anthropic from some liability, it's unlikely to slow much of the massive wave of AI-assisted game porting and copying that has emerged in recent months.
Here are Google’s latest AI updates from October 2026
The newly developed Realtime-Bench reveals that current frontier AI models struggle significantly with low-latency tasks, achieving only a 36% success rate in real-world conditions compared to much higher performance when time constraints are removed. This benchmark serves as a critical diagnostic tool for engineering teams to identify where agentic systems fail, highlighting the current limitations in temporal awareness and adaptive deliberation that hinder the deployment of reliable, time-sensitive automation.
I was reminded today of AI Adoption Rate Trending Down for Large Companies , a chart produced by Apollo Global Management in September 2025, which appeared to show a slowdown in U. S.
Agents write the code. Your value is in the decisions.
The GDPx benchmark evaluates frontier AI models specifically across high-ROI technical domains like software engineering, chip design, and cybersecurity to better measure their potential for real-world economic impact. By focusing on these critical sectors rather than general-purpose tasks, the framework provides a more accurate assessment of how agentic capabilities can drive efficiency, accelerate delivery, and reduce costs in high-value engineering workflows.
A recent scroll through social media got me thinking about trust. About half my feed was filled with AI slop that astute users would call out as being machine-generated, often to the embarrassment of the rube who unknowingly spread it and sometimes to the delight of the poster who shared it deliberately because they found it amusing or useful for sowing confusion.
By leveraging a high-volume paid user-generated content program, Wispr Flow achieved 30x revenue growth and a $2 billion valuation through a scalable, creator-led acquisition strategy. This approach demonstrates how SaaS companies can optimize marketing efficiency and accelerate time-to-market by treating content production as a systematic, performance-driven engineering challenge.
How We Took Over ChatGPT Accounts Parameter Labs describe an exploit they found against ChatGPT's implementation of the artifacts pattern (OpenAI used to call this "Canvas" but it looks like the latest revision is called HTML previews ), where interactive custom HTML apps are displayed in a sandboxed iframe. It's important that HTML in these stays tightly sandboxed to avoid untrusted code interacting with OpenAI APIs and accessing private data.
By leveraging agentic engineering workflows to automate data processing, infrastructure deployment, and security hardening, a developer successfully built a functional video platform in just two hours. This approach demonstrates how high-level agentic orchestration can drastically accelerate time-to-market and reduce traditional engineering overhead by abstracting away manual coding and terminal tasks.
Recent widespread security vulnerabilities across major platforms and certificate authorities highlight critical risks to production infrastructure, necessitating immediate patching to maintain system integrity and prevent data exfiltration. These incidents underscore the business necessity of robust access monitoring and rigorous verification of cryptographic processes to avoid catastrophic operational downtime and long-term reputational damage.
Understanding the technical distinctions between rate limiting and throttling is essential for building resilient workflows that maintain high deployment frequency and operational stability. By implementing intelligent backoff strategies and request pacing, engineering teams can minimize 429 errors and latency, ultimately improving system reliability and reducing the overhead associated with failed API interactions.
GitHub bets on multi-agent software development with Copilot overhaul InfoWorld
This article is brought to you by Qualcomm Technologies . For many consumers, much of the promise and appeal of AI is personal.
Experienced developers remain cautious about fully autonomous agentic workflows because current agent-generated code often lacks the rigorous validation and architectural integrity required for stable, long-term production environments. To bridge this gap, engineering teams must shift their focus toward designing robust harnesses, automated feedback loops, and clear domain boundaries to ensure that increased delivery throughput does not come at the cost of system reliability.
Centralized automation teams often become operational bottlenecks, as the burden of maintaining thousands of workflows eventually outweighs the efficiency gains of initial delivery. By shifting from a service desk model to an enablement-focused culture, organizations can empower cross-functional teams to own their automations, ultimately increasing deployment frequency and long-term operational scalability.
Independent evaluation of AI models is critical for business decision-making, yet creating representative benchmarks that balance technical accuracy with long-term relevance remains a complex and inherently flawed challenge. While singular intelligence indices provide necessary metrics for comparing model performance, practitioners must recognize the trade-offs in these aggregations to effectively navigate the rapidly evolving AI landscape and optimize for real-world deployment outcomes.
AI for Science expands to foundations and research institutions Anthropic
The n8n 3.0 beta introduces foundational architectural changes focused on enhancing long-term reliability, security, and system stability through the removal of legacy code and the enforcement of stricter infrastructure defaults. To minimize disruption and maintain deployment velocity, the release includes a comprehensive Migration Report tool designed to automate workflow updates and streamline the transition process for engineering teams.
Agents still need design reviews. The post Are technical design reviews disappearing?
Expanding our partnership with GSA to bring Claude to all levels of government Anthropic
Leading mathematicians discuss the transformative impact of AI on solving complex theoretical problems, highlighting a paradigm shift in how computational tools can accelerate discovery and proof verification. By integrating machine-checked proofs and advanced modeling, these developments promise to enhance engineering efficiency and drastically reduce the time required to solve foundational challenges in science and technology.
Learn AI literacy via Google’s latest AI Quests lesson on neuroscience, “Polar Peaks.
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Anthropic files S-1 with the SEC for proposed initial public offering Anthropic
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Anthropic transitioned to a custom source control system, Scion, to overcome the scalability bottlenecks of Git as AI-driven development increased their daily code merges by 12x. By moving away from human-centric infrastructure, the company has optimized its CI and deployment pipelines to maintain high velocity and efficiency in an era of agentic code generation.
Gergely Orosz is frustrated at those that entered his explicitly “No AI” essay competition and used AI. He goes on to say: When I start to suspect some part is AI about someone I don’t know: how can I tell how much of it is?
The release of DeepSeek’s highly efficient inference stack promises to significantly reduce operational costs and improve deployment speed for organizations integrating open-weight models. While geopolitical tensions and regulatory shifts create uncertainty for global AI procurement, the emergence of high-performance, transparent artifacts like MiMo-V2.6-Pro-RL continues to drive efficiency and competitive parity in the open-source ecosystem.
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Implementing a behavioral harness enables smaller, cost-optimized models to achieve the same reliability as frontier models, significantly reducing operational expenses per execution. This approach enhances development efficiency by allowing teams to leverage lower-cost infrastructure without sacrificing the dependability required for high-frequency deployment.
The new "Humanity's Sixth Sense" benchmark reveals that while current frontier models struggle with intuitive visual reasoning compared to human baselines, their performance suggests that complex world models may be emerging within existing LLM architectures. Furthermore, the development of "TasteVal" indicates that AI systems are increasingly capable of autonomous experimental design and research iteration, potentially accelerating technical innovation cycles and reducing the human overhead required for recursive self-improvement.
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The typical big American company today has hundreds, and perhaps thousands, of different pieces of software. It has giant ‘big iron’ horizontal systems of record like SAP and Workday, it has hundreds of vertical SaaS applications, and then there are hundreds more workflows, scripts, automations and databases, right down to the 10 meg spreadsheet running a department.
Jessica Kerr argues that AI has commoditized manual coding, shifting the engineering focus toward high-level specification, system stewardship, and managing the collaborative loop between human developers and autonomous agents. By pivoting from routine implementation to the complexities of verifying system value and fostering organizational learning, teams can improve their speed of delivery and adapt to the rapidly evolving landscape of agentic development.