KaleidEO

KaleidEO designs and builds high-resolution optical multispectral payloads for earth observation satellites. It adds edge computing for data processing in orbit and plans a four-satellite fleet for daily imaging.

KaleidEO builds high-resolution optical multispectral payloads that satellites use to capture earth images. The company tests edge computing on these payloads to process data right in space, cutting down transfer needs. It handles payload services, data infrastructure, insights delivery, and in-orbit operations, while partnering for satellite manufacturing, launch, and deployment. A fleet of four satellites will launch in 2026 to deliver daily frequency imaging for users.

K2 Space

K2 Space builds large high-power satellites for LEO, MEO and GEO orbits. Mega Class models deliver 20kW power with radiation tolerance.

K2 Space constructs big satellites that provide more power and mass in orbit at reduced costs. The company makes 80% of each satellite in-house for faster production and reliability. Mega Class satellites offer 20kW power, 10 times higher than typical constellation satellites, and work in LEO for low-latency sensing, MEO for global networks with fewer units, and GEO for broadcast coverage up to 36,000 km. Designs include redundant systems and high-thrust propulsion to handle tough radiation.

Sisir Radar

Sisir Radar builds synthetic aperture radar systems for drones, aircraft, and satellites. These provide high-resolution imaging through clouds, darkness, and smoke for defense and monitoring.

Sisir Radar develops synthetic aperture radar (SAR) systems that work on ground platforms, drones, planes, and satellites in P, L, and X bands. The radars create detailed 2D and 3D images day or night in any weather, including fog, rain, or smoke. They support defense surveillance, agriculture checks, mining operations, infrastructure watch, and disaster response. Resolutions reach 0.75 meters for L-band and 2.5 meters for P-band, with abilities to see through foliage and shallow ground.

Array Labs

Array Labs designs, builds, and operates radar satellites for high-resolution imaging, 3D elevation models, and moving object detection from space.

Array Labs designs, builds, and operates radar satellites. These satellites capture high-resolution images day or night in any weather using synthetic aperture radar. They create single-pass 3D elevation models up to 10 cm resolution for global terrain mapping. Multistatic systems enable real-time tracking of moving objects on ground, sea, or air. Turnkey sensors integrate easily into satellites for space domain awareness and navigation in GPS-denied areas.

TakeMe2Space

TakeMe2Space builds open satellite infrastructure in low‑Earth orbit for in‑space data centers and AI compute, enabling companies and researchers to run workloads directly in orbit.

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Anaconda

Anaconda provides Python tools to manage packages, secure environments, and deploy AI models for data science teams.

Anaconda offers a platform with vetted Python packages that resolves dependency issues in data science and AI work. Teams use its tools to build secure environments, scan for vulnerabilities, and move models from testing to production. It supports millions of users with features like automated conflict fixes and governance controls.

Flapping Airplanes

Flapping Airplanes runs a research lab that improves AI models by cutting data needs. It works on core AI methods to match human learning speed.

Flapping Airplanes builds better AI through lab research. The team cuts how much data models require for training. This tackles a main limit in today’s systems, where AI uses far more data than people do to learn tasks. They test new paths for training that rely less on huge datasets and more on smart designs. Their work pushes AI closer to real-world use with fewer resources.

Archetype AI

Archetype AI combines sensor data like cameras and radars with language models to analyze machines and build edge AI agents for factories and sites.

Archetype AI takes data from sensors such as cameras, radars, and temperature gauges, then mixes it with language instructions to spot problems in equipment. The software runs agents directly on devices for quick decisions in manufacturing, construction, and cities. It uses a model named Newton to handle different data types without much setup, helping companies track usage, predict failures, and check safety. Clients include NTT for shop floors, Bellevue for streets, and Kajima for sites.

Reflexivity

Reflexivity provides AI tools for institutional investors to analyze investments, portfolios, and market data using trusted sources.

Reflexivity delivers AI-powered analysis for institutional investors. It generates investment research by writing and running code on data from S&P Global, Nasdaq, and other providers. Users get portfolio performance metrics, risk assessments, scenario simulations, and insights from SEC filings plus earnings transcripts. The platform includes a knowledge graph to map company and market connections, plus smart screening for opportunities based on patterns and sentiment. Security features meet enterprise standards with auditable outputs.

Higgsfield AI

Higgsfield lets brands and creators turn ideas, images, and products into polished short-form social videos with AI-powered planning, editing, and effects.

Higgsfield is an AI video platform for marketers, brands, and creators that turns simple ideas, images, and product links into short-form social videos. It plans shots, narrative, and pacing automatically, then uses advanced video models to generate and edit clips sized for channels like TikTok and Instagram. Teams can prototype concepts, transform static assets, and scale on-brand campaigns without traditional production.