Company Profile
FeaturedFramework
Framework builds modular, repairable laptops and consumer devices designed for upgradeability and long-term ownership.
What They Build
Modular Computing Hardware
Customer Type
Developers, Enthusiasts, Sustainability-Minded Consumers
Business Model
Hardware Sales and Expansion Modules
Key Products & Initiatives
- Framework's core differentiation is repairability and upgradeability by end users.
- Laptop platforms use modular components for storage, memory, ports, and mainboards.
- Expansion card ecosystem enables customizable I/O without permanent port tradeoffs.
- Product philosophy prioritizes longevity over short replacement cycles.
- Community and right-to-repair alignment are central to brand adoption.
- Execution requires balancing modularity with performance, thermals, and industrial design.
Key Products & Brands
Framework Laptop
Modular Laptop PlatformFramework Laptop is designed around replaceable modules and user-serviceable components. Users can swap parts, upgrade internals, and extend device lifespan without full replacement. This design approach challenges standard sealed-laptop assumptions.
Expansion Cards
I/O EcosystemExpansion cards provide hot-swappable ports and accessories tailored to user workflows. This system lets customers configure connectivity without overbuilding every chassis variant. It creates a hardware ecosystem layer around the laptop platform.
Mainboard Upgrade Program
Lifecycle UpgradesFramework enables motherboard upgrades so users can improve compute performance while retaining existing chassis components. This approach extends useful device life and reduces waste. It requires careful generation-to-generation compatibility engineering.
Framework Community and Open Resources
Developer and Repair EcosystemFramework's community resources and support model encourage user modification, repair, and experimentation. Documentation and parts access are part of the product value proposition. Community trust is central to brand credibility.
Role Families
Hardware & Embedded Engineering
Expected Skills
What They Work On
- Designing modular hardware architectures with long-term compatibility constraints.
- Building firmware and electrical systems that support interchangeable components reliably.
- Balancing thermal, performance, and serviceability targets in compact product designs.
Portfolio Ideas
- Build a modular device concept with documented compatibility and upgrade paths.
- Create a hardware validation matrix for interchangeable component reliability.
- Prototype a firmware layer that handles dynamic module detection and configuration.
Supply Chain & Operations
Expected Skills
What They Work On
- Managing component availability and lifecycle planning for long-term upgrade commitments.
- Tracking field reliability and repair data to improve modular design choices.
- Coordinating logistics and customer support workflows around part replacement ecosystems.
Portfolio Ideas
- Build a part-lifecycle planning model for modular hardware SKUs.
- Create a field-repair analytics dashboard linking failures to design revisions.
- Design a replacement-part service workflow with SLA and inventory controls.
Entry Pathways
internships
Framework internships and early-career roles are often in small teams with direct ownership in hardware and operations tasks. Interns may work on validation, firmware, or support ecosystem tooling. Hiring values hands-on problem solving and strong communication.
entry Level Roles
Entry roles include hardware validation, firmware, product operations, and support engineering pathways. Candidates with modular hardware and repairability-oriented projects are strong fits. Comfort with startup-style ambiguity is beneficial.
graduate Programs
Framework generally hires directly into teams rather than large rotational graduate programs. Early-career hires are expected to contribute quickly across broad scope areas. Portfolio evidence of build-and-ship capability is important.
Culture Signals
Framework strongly signals right-to-repair and product longevity values.
Community engagement and transparency are key components of brand trust.
Engineering decisions visibly prioritize modularity and serviceability.
Small-team execution and broad ownership are common operating patterns.
Sustainability is framed through practical hardware lifecycle design.