Kepler is providing real-time, continuous connectivity for space, making space-generated data instantaneously accessible and empowering humanity to become a spacefaring civilization.
Modernizing Communications
We are delivering on-orbit data at lightspeed with a constellation of satellites designed to act as Internet exchange points for space-to-space data relay.
Headquartered in downtown Toronto, Kepler is vertically integrated with an in-house production facility, designing and deploying a hybrid optical constellation to modernize communications to missions in LEO and beyond.
With patented technology tested and deployed on 23 satellites in orbit, our products have proven flight heritage for our customers.
Our SDA-compatible optical constellation provides smarter solutions to global gaps in space communications.
Our services offer a complete solution, granting operators access to Kepler’s regulatory filings, and allowing our customers to focus on the mission.
We are proud to be among the few commercial space companies that operate with vertically integrated production capabilities.
We embody drive, empathy, and agility as we work passionately to
make an impact on the future of space, bringing IDEAS to life.
we believe in Extending
the human reach into space
Chief Executive Officer & Co-Founder
Senior Advisor & Co-Founder
Chief Operating Officer
Chief Financial Officer
President, Kepler Communications US
Vice President,
People & Culture
Head of Legal
Vice President
Information Security
Chief Executive Officer & Co-Founder
Senior Advisor & Co-Founder
Chief Operating Officer
Chief Financial Officer
President, Kepler Communications US
Vice President,
People & Culture
Head of Finance
Head of Legal
Vice President
Information Security
Head of Marketing
We are building Internet-for-space technology, creating an always-available communications infrastructure to serve as the backbone for the future of space. Incorporated in 2015, Kepler is vertically integrated with an in-house production facility and a passionate team diligently designing, building, and testing satellites for our cutting-edge communications constellation.
Kepler established optical inter-satellite links between two Pathfinder satellites equipped with SDA-compatible Tesat SCOT80 optical terminals. In addition to initial OISL commissioning, the team demonstrated IP mesh networking on orbit by communicating with multiple satellites over a single ground link using standard internet and network protocols.
In November 2023, Kepler launched two optical Pathfinder satellites to test and validate the optical technology planned for our internet-ready LEO constellation, The Kepler Network. The SDA-compatible data relay network will build on flight heritage from our existing constellation of 21 RF satellites, improving on-orbit communications to give customers access
The $92 Million Series C funding was led by IA Ventures with support from Costanoa Ventures, Canaan Partners, Tribe Capital, BDC Capital’s Industrial Innovation Venture Fund, and other leading investors. Since 2016, the company has raised more than $200 million in equity.
Four days after launch, Kepler successfully transferred a data packet from one satellite to another on-orbit, validating RF technology considered for our future data relay network.
The $60 million Series B fundraising round was led by Tribe Capital and included participation from Canaan Partners, IA Ventures, and Costanoa Ventures.
Built entirely at Kepler’s production facility in Toronto, the GEN1 satellites focus on delivering wideband and narrowband connectivity to Earth. To date, Kepler has 21 satellites in the GEN1 constellation.
The $16 million series A funding round was led by Costanoa Ventures and includedparticipation by Digital Ventures, IA Ventures, and other returning investors.
Kepler launches the first Ku-band LEO satellite in the world, taking it from napkin to orbit in 12 months. Over the next two years, CASE (2018) and TARS (2020) were also developed as pathfinder satellites to help Kepler test technology for our first official generation of satellites.
Founded in 2015 by a group of graduate students who identified critical gaps in satellite communications, Kepler has grown into a global company with an in-house production facility and a passionate team dedicated to designing, building, testing, and flying satellites for an Internet-ready optical constellation.
Founded in 2015 by a group of graduate students who identified critical gaps in satellite communications, Kepler has grown into a global company with an in-house production facility and a passionate team dedicated to designing, building, testing, and flying satellites for an Internet-ready optical constellation.
Kepler launches the first Ku-band LEO satellite in the world, taking it from napkin to orbit in 12 months. Over the next two years, CASE (2018) and TARS (2020) were also developed as pathfinder satellites to help Kepler test technology for our first official generation of satellites.
The $16 million series A funding round was led by Costanoa Ventures and includedparticipation by Digital Ventures, IA Ventures, and other returning investors.
Built entirely at Kepler’s production facility in Toronto, the GEN1 satellites focus on delivering wideband and narrowband connectivity to Earth. To date, Kepler has 21 satellites in the GEN1 constellation.
The $60 million Series B fundraising round was led by Tribe Capital and included participation from Canaan Partners, IA Ventures, and Costanoa Ventures.
Four days after launch, Kepler successfully transferred a data packet from one satellite to another on-orbit, validating RF technology considered for our future data relay network.
The $92 Million Series C funding was led by IA Ventures with support from Costanoa Ventures, Canaan Partners, Tribe Capital, BDC Capital’s Industrial Innovation Venture Fund, and other leading investors. Since 2016, the company has raised more than $200 million in equity.
In November 2023, Kepler launched two optical Pathfinder satellites to test and validate the optical technology planned for our internet-ready LEO constellation, The Kepler Network. The SDA-compatible data relay network will build on flight heritage from our existing constellation of 21 RF satellites, improving on-orbit communications to give customers access
Kepler established optical inter-satellite links between two Pathfinder satellites equipped with SDA-compatible Tesat SCOT80 optical terminals. In addition to initial OISL commissioning, the team demonstrated IP mesh networking on orbit by communicating with multiple satellites over a single ground link using standard internet and network protocols.
Kepler established optical inter-satellite links between two Pathfinder satellites equipped with SDA-compatible Tesat SCOT80 optical terminals. In addition to initial OISL commissioning, the team demonstrated IP mesh networking on orbit by communicating with multiple satellites over a single ground link using standard internet and network protocols.
In November 2023, Kepler launched two optical Pathfinder satellites to test and validate the optical technology planned for our internet-ready LEO constellation, The Kepler Network. The SDA-compatible data relay network will build on flight heritage from our existing constellation of 21 RF satellites, improving on-orbit communications to give customers access to space-generated data in near-real-time.
The $92 Million Series C funding was led by IA Ventures with support from Costanoa Ventures, Canaan Partners, Tribe Capital, BDC Capital’s Industrial Innovation Venture Fund, and other leading investors. Since 2016, the company has raised more than $200 million in equity.
Four days after launch, Kepler successfully transferred a data packet from one satellite to another on-orbit, validating RF technology considered for our future data relay network.
The $60 million Series B fundraising round was led by Tribe Capital and included participation from Canaan Partners, IA Ventures, and Costanoa Ventures.
Built entirely at Kepler’s production facility in Toronto, the GEN1 satellites focus on delivering wideband and narrowband connectivity to Earth. To date, Kepler has 21 satellites in the GEN1 constellation.
The $16 million series A funding round was led by Costanoa Ventures and includedparticipation by Digital Ventures, IA Ventures, and other returning investors.
Kepler launches the first Ku-band LEO satellite in the world, taking it from napkin to orbit in 12 months. Over the next two years, CASE (2018) and TARS (2020) were also developed as pathfinder satellites to help Kepler test technology for our first official generation of satellites.
Founded in 2015 by a group of graduate students who identified critical gaps in satellite communications, Kepler has grown into a global company with an in-house production facility and a passionate team dedicated to designing, building, testing, and flying satellites for an Internet-ready optical constellation.
Kepler launches the first Ku satellite in the world, taking it from napkin to orbit in 12months. Over the next two years, CASE (2018) and TARS (2020) were also developed as pathfinder satellites to help Kepler test technology for our first official generation of satellites
Kepler launches the first Ku satellite in the world, taking it from napkin to orbit in 12months. Over the next two years, CASE (2018) and TARS (2020) were also developed as pathfinder satellites to help Kepler test technology for our first official generation of satellites
Kepler launches the first Ku satellite in the world, taking it from napkin to orbit in 12months. Over the next two years, CASE (2018) and TARS (2020) were also developed as pathfinder satellites to help Kepler test technology for our first official generation of satellites
Kepler launches the first Ku satellite in the world, taking it from napkin to orbit in 12months. Over the next two years, CASE (2018) and TARS (2020) were also developed as pathfinder satellites to help Kepler test technology for our first official generation of satellites
Kepler launches the first Ku satellite in the world, taking it from napkin to orbit in 12months. Over the next two years, CASE (2018) and TARS (2020) were also developed as pathfinder satellites to help Kepler test technology for our first official generation of satellites
Kepler launches the first Ku satellite in the world, taking it from napkin to orbit in 12months. Over the next two years, CASE (2018) and TARS (2020) were also developed as pathfinder satellites to help Kepler test technology for our first official generation of satellites
