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HomeArtificial IntelligenceHigh 7 Open Supply AI Coding Fashions You Are Lacking Out On

High 7 Open Supply AI Coding Fashions You Are Lacking Out On

High 7 Open Supply AI Coding Fashions You Are Lacking Out OnHigh 7 Open Supply AI Coding Fashions You Are Lacking Out On
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Introduction

 
Most individuals who use synthetic intelligence (AI) coding assistants right this moment depend on cloud-based instruments like Claude Code, GitHub Copilot, Cursor, and others. They’re highly effective, little doubt. However there’s one enormous trade-off hiding in plain sight: your code needs to be despatched to another person’s servers to ensure that these instruments to work.

Which means each perform, each software programming interface (API) key, each inside structure selection is being transmitted to Anthropic, OpenAI, or one other supplier earlier than you get your reply again. And even when they promise privateness, many groups merely can’t take that danger. Particularly if you’re working with:

  • Proprietary or confidential codebases
  • Enterprise shopper methods
  • Analysis or authorities workloads
  • Something underneath a non-disclosure settlement (NDA)

That is the place native, open-source coding fashions change the sport.

Working your personal AI mannequin regionally provides you management, privateness, and safety. No code leaves your machine. No exterior logs. No “belief us.” And on high of that, if you have already got succesful {hardware}, it can save you 1000’s on API and subscription prices.

On this article, we’re going to stroll by way of seven open-weight AI coding fashions that persistently rating on the high of coding benchmarks and are quickly turning into actual alternate options to proprietary instruments.

If you need the quick model, scroll to the underside for a fast comparability desk of all seven fashions.

 

1. Kimi-K2-Pondering By Moonshot AI

 
Kimi-K2-Pondering, developed by Moonshot AI, is a complicated open-source considering mannequin designed as a tool-using agent that causes step-by-step whereas dynamically invoking capabilities and companies. It maintains steady long-horizon company throughout 200 to 300 sequential device calls — a big enchancment over the 30 to 50-step drift seen in earlier methods. This permits autonomous workflows in analysis, coding, and writing.

Architecturally, K2 Pondering incorporates a mannequin with 1 trillion parameters, of which 32 billion are lively. It contains 384 specialists (with 8 chosen per token and 1 shared), 61 layers (with 1 dense layer), and seven,168 consideration dimensions with 64 heads. It makes use of MLA consideration and SwiGLU activation. The mannequin helps a context window of 256,000 tokens and has a vocabulary of 160,000. It’s a native INT4 mannequin that employs post-training quantization-aware coaching (QAT), leading to roughly a 2× speed-up in low-latency mode whereas additionally decreasing GPU reminiscence utilization.

 

Kimi-K2-Thinking PerformanceKimi-K2-Thinking Performance
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In benchmark checks, K2 Pondering achieves spectacular outcomes, notably in areas the place long-horizon reasoning and gear use are essential. The coding efficiency is well-balanced, with scores resembling SWE-bench Verified at 71.3, Multi-SWE at 41.9, SciCode at 44.8, and Terminal-Bench at 47.1. Its standout efficiency is clear within the LiveCodeBench V6, the place it scored 83.1, demonstrating explicit strengths in multilingual and agentic workflows.

 

2. MiniMax‑M2 By MiniMaxAI

 
The MiniMax-M2 redefines effectivity for agent-based workflows. It’s a compact, quick, and cost-effective Combination of Specialists (MoE) mannequin that includes a complete of 230 billion parameters, with solely 10 billion activated per token. By routing essentially the most related specialists, MiniMax-M2 achieves end-to-end tool-use efficiency usually related to bigger fashions whereas decreasing latency, price, and reminiscence utilization. This makes it excellent for interactive brokers and batched sampling.

Designed for elite coding and agent duties with out compromising basic intelligence, it focuses on the plan → act → confirm loops. These loops stay responsive because of the 10 billion activation footprint.

 

MiniMax-M2 Benchmark ResultsMiniMax-M2 Benchmark Results
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In real-world coding and agent benchmarks, the reported outcomes display sturdy sensible effectiveness: SWE-bench scored 69.4, Multi-SWE-Bench 36.2, SWE-bench Multilingual 56.5, Terminal-Bench 46.3, and ArtifactsBench 66.8. For net and analysis brokers, the scores are as follows: BrowseComp 44 (with a rating of 48.5 in Chinese language), GAIA (textual content) 75.7, xbench-DeepSearch 72, τ²-Bench 77.2, HLE (with instruments) 31.8, and FinSearchComp-global 65.5.

 

3. GPT‑OSS‑120B By OpenAI

 
GPT-OSS-120b is an open-weight MoE mannequin designed for manufacturing use in general-purpose, high-reasoning workloads. It’s optimized to run on a single 80GB GPU and incorporates a complete of 117 billion parameters, with 5.1 billion lively parameters per token.

Key capabilities of GPT-OSS-120b embrace configurable reasoning effort ranges (low, medium, excessive), full chain-of-thought entry for debugging (not for finish customers), native agentic instruments resembling perform calling, shopping, Python integration, and structured outputs, together with full fine-tuning assist. Moreover, a smaller companion mannequin, GPT-OSS-120b, is offered for customers requiring decrease latency and tailor-made native/specialised purposes.

 

GPT-OSS-120b AnalysisGPT-OSS-120b Analysis
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In exterior benchmarking, GPT-OSS-120b ranks because the third-highest mannequin on the Synthetic Evaluation Intelligence Index. It demonstrates a few of the greatest efficiency and velocity relative to its measurement, based mostly on Synthetic Evaluation’s cross-model comparisons of high quality, output velocity, and latency.

GPT-OSS-120b outperforms the o3-mini and matches or exceeds the capabilities of the o4-mini in areas resembling competitors coding (Codeforces), basic downside fixing (MMLU, HLE), and gear utilization (TauBench). Moreover, it surpasses the o4-mini in well being assessments (HealthBench) and competitors arithmetic (AIME 2024 and 2025).

 

4. DeepSeek‑V3.2‑Exp By DeepSeek AI

 
DeepSeek-V3.2-Exp is an experimental intermediate step towards the subsequent era of DeepSeek AI‘s structure. It builds upon V3.1-Terminus and introduces DeepSeek Sparse Consideration (DSA), a fine-grained sparse consideration mechanism designed to reinforce coaching and inference effectivity in long-context situations.

The first focus of this launch is to validate the effectivity positive aspects for prolonged sequences whereas sustaining steady mannequin conduct. To isolate the impression of DSA, the coaching configurations have been deliberately aligned with these of V3.1. The outcomes point out that the output high quality stays nearly equivalent.

 

DeepSeek-V3.2-Exp PerformanceDeepSeek-V3.2-Exp Performance
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Throughout public benchmarks, V3.2-Exp performs equally to V3.1-Terminus, with minor shifts in efficiency: it matches MMLU-Professional at 85.0, achieves close to parity on LiveCodeBench with roughly 74, reveals slight variations on GPQA (79.9 in comparison with 80.7), and HLE (19.8 in comparison with 21.7). Moreover, there are positive aspects on AIME 2025 (89.3 in comparison with 88.4) and Codeforces (2121 in comparison with 2046).

 

5. GLM‑4.6 By Z.ai

 
In comparison with GLM‑4.5, GLM‑4.6 expands the context window from 128K to 200K tokens. This enhancement permits for extra complicated and long-horizon workflows with out shedding observe of knowledge.

GLM‑4.6 additionally presents superior coding efficiency, reaching greater scores on code benchmarks and delivering stronger real-world leads to instruments resembling Claude Code, Cline, Roo Code, and Kilo Code, together with extra refined front-end era.

 

GLM-4.6 ComparisonsGLM-4.6 Comparisons
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Moreover, GLM‑4.6 introduces superior reasoning capabilities with device use throughout inference, which boosts its general efficiency. This model options extra succesful brokers with enhanced device use and search-agent efficiency, in addition to tighter integration inside agent frameworks.

Throughout eight public benchmarks that cowl brokers, reasoning, and coding, GLM‑4.6 reveals clear enhancements over GLM‑4.5 and maintains aggressive benefits in comparison with fashions resembling DeepSeek‑V3.1‑Terminus and Claude Sonnet 4.

 

6. Qwen3‑235B‑A22B‑Instruct‑2507 By Alibaba Cloud

 
Qwen3-235B-A22B-Instruct-2507 is the non-thinking variant of Alibaba Cloud’s flagship mannequin, designed for sensible software with out revealing its reasoning course of. It presents important upgrades normally capabilities, together with instruction following, logical reasoning, arithmetic, science, coding, and gear use. Moreover, it has made substantial developments in long-tail information throughout a number of languages and demonstrates improved alignment with consumer preferences for subjective and open-ended duties.

As a non-thinking mannequin, its major aim is to generate direct solutions quite than present reasoning traces, specializing in helpfulness and high-quality textual content for on a regular basis workflows.

 

Qwen3-235B AnalysisQwen3-235B Analysis
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In public evaluations associated to brokers, reasoning, and coding, it has proven clear enhancements over earlier releases and maintains a aggressive edge over main open-source and proprietary fashions (e.g., Kimi-K2, DeepSeek-V3-0324, and Claude-Opus4-Non-thinking), as famous by third-party stories.

 

7. Apriel‑1.5‑15B‑Thinker By ServiceNow‑AI

 
Apriel-1.5-15b-Thinker is ServiceNow AI’s multimodal reasoning mannequin from the Apriel small language mannequin (SLM) collection. It introduces picture reasoning capabilities along with the earlier textual content mannequin, highlighting a sturdy mid-training routine that features intensive continuous pretraining on each textual content and pictures, adopted by text-only supervised fine-tuning (SFT), with none picture SFT or reinforcement studying (RL). Regardless of its compact measurement of 15 billion parameters, which permits it to run on a single GPU, it boasts a reported context size of roughly 131,000 tokens. This mannequin goals for efficiency and effectivity similar to a lot bigger fashions, round ten instances its measurement, particularly on reasoning duties.

 

Apriel-1.5-15B-Thinker ScoresApriel-1.5-15B-Thinker Scores
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In public benchmarks, Apriel-1.5-15B-Thinker achieves a rating of 52 on the Synthetic Evaluation Intelligence Index, making it aggressive with fashions like DeepSeek-R1-0528 and Gemini-Flash. It’s claimed to be a minimum of one-tenth the scale of any mannequin scoring above 50. Moreover, it demonstrates sturdy efficiency as an enterprise agent, scoring 68 on the Tau2 Bench Telecom and 62 on IFBench.

 

Abstract Desk

 
Here’s a abstract of the open-source mannequin to your particular use case:

Mannequin Dimension / Context Key Energy Greatest For
Kimi-K2-Pondering
(MoonshotAI)
1T / 32B lively, 256K ctx Steady long-horizon device use (~200–300 calls); sturdy multilingual & agentic coding Autonomous analysis/coding brokers needing persistent planning
MiniMax-M2
(MiniMaxAI)
230B / 10B lively, 128k ctx Excessive effectivity + low latency for plan→act→confirm loops Scalable manufacturing brokers the place price + velocity matter
GPT-OSS-120B
(OpenAI)
117B / 5.1B lively, 128k ctx Normal high-reasoning with native instruments; full fine-tuning Enterprise/non-public deployments, competitors coding, dependable device use
DeepSeek-V3.2-Exp 671B / 37B lively, 128K ctx DeepSeek Sparse Consideration (DSA), environment friendly long-context inference Growth/analysis pipelines needing long-doc effectivity
GLM-4.6
(Z.ai)
355B / 32B lively, 200K ctx Sturdy coding + reasoning; improved tool-use throughout inference Coding copilots, agent frameworks, Claude Code fashion workflows
Qwen3-235B
(Alibaba Cloud)
235B, 256K ctx Excessive-quality direct solutions; multilingual; device use with out chain-of-thought (CoT) output Giant-scale code era & refactoring
Apriel-1.5-15B-Thinker
(ServiceNow)
15B, ~131K ctx Compact multimodal (textual content+picture) reasoning for enterprise On-device/non-public cloud brokers, DevOps automations

 
 

Abid Ali Awan (@1abidaliawan) is a licensed knowledge scientist skilled who loves constructing machine studying fashions. At present, he’s specializing in content material creation and writing technical blogs on machine studying and knowledge science applied sciences. Abid holds a Grasp’s diploma in know-how administration and a bachelor’s diploma in telecommunication engineering. His imaginative and prescient is to construct an AI product utilizing a graph neural community for college students battling psychological sickness.

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