IBM acquires Aspera and its tech for moving massive files to the cloud
IBM on Thursday announced plans to acquire Aspera, a startup whose protocol technology is used to transfer large files fast over the slow public internet. The Aspera protocol, called fasp, is used by a large number …
Context & Ripple Effects
This deal is the latest step in IBM's long cloud arc: it staked out the 'cloud computing' label back in its 2007 push to sell computing delivered from afar, then in 2009 took the unusual step of running its own software on Amazon Web Services. By mid-2013 it was disputing Amazon's grip on the CIA's roughly $600 million cloud contract, and just this week it extended SmartCloud Enterprise+ into China through a hosting partnership with 21Vianet announced December 18.
What changes with Aspera is the data-movement layer itself. Its fasp protocol is widely used to move massive files quickly over the slow public internet, and IBM is buying the company rather than licensing the tech. The breadth of same-day pickups — IBM's own release plus eWeek, ZDNet, The Register and the Wall Street Journal — signals how contested big-file transfer has become as a cloud selling point.
First-order effects
- Aspera's installed base of high-volume file shippers — the customers the Gigaom report says rely on fasp — now have their transfer vendor owned by a competing cloud platform, raising questions about neutrality and roadmap control.
- IBM immediately gains a differentiated answer to the practical blocker on enterprise cloud adoption: getting petabyte-scale datasets onto and between clouds at usable speeds.
Second-order effects
- Rival platforms led by Amazon — the company IBM was already fighting over the CIA contract — now face an incumbent bundling fast-transfer technology into its stack rather than leaving data movement to third-party tools.
- Independent transfer-protocol vendors lose pricing leverage as their biggest category of buyer starts consolidating around in-house alternatives owned by the hyperscalers themselves.
Third-order effects
- If the pattern holds, the middleware that decides where large datasets physically lands gets absorbed into platform stacks, making transfer performance a lock-in mechanism rather than a neutral utility.
- The move fits the broader consolidation logic of established IT vendors buying specialist capability outright — the same playbook IBM applies across its cloud portfolio.
The trend: Cloud competition is shifting up the stack from raw compute to who owns the data-movement plumbing, as incumbents buy the transfer technology their enterprise workloads depend on.