Salesforce Blockchain
Salesforce Blockchain was a low-code platform, announced in May 2019, for building permissioned blockchain networks, smart contracts, and distributed apps directly on top of Salesforce CRM.
Definition
Salesforce Blockchain was a low-code platform, announced in May 2019, for building permissioned blockchain networks, smart contracts, and distributed apps directly on top of Salesforce CRM. It was built on the open-source Hyperledger Sawtooth project and customized for Salesforce Lightning, so admins could create and share a blockchain object with clicks rather than writing chaincode by hand. The idea was to let companies share verified, tamper-evident data with a network of partners without standing up separate ledger infrastructure.
Salesforce Blockchain is retired. It never reached the general availability that was originally expected in 2020, the private pilot was wound down, and the product quietly left the roadmap as enterprise blockchain interest cooled. If you land here looking for verified data sharing today, the practical path is ordinary Salesforce integration plus, where a ledger is genuinely required, a third-party blockchain connected through APIs.
From low-code ledgers to a quiet retirement
What Salesforce Blockchain actually was
Salesforce Blockchain was a distributed ledger platform stitched into the Lightning Platform. Salesforce described it as a way to create, secure, and share data from an application with a network of partners. The technical base was Hyperledger Sawtooth, an open-source enterprise ledger, which Salesforce wrapped so the moving parts looked familiar to admins. Instead of running validator nodes and writing smart contracts in a specialized language, you defined a blockchain object much like you define a CRM object, then invited partners to read from or write to it. The selling point was the trust gap. When several companies need to agree on the same facts, such as the status of a shipment or the validity of a credential, each one usually keeps its own copy and the copies drift. A shared ledger gives every participant the same record, with a history that no single party can quietly rewrite. Salesforce positioned its version as the first low-code blockchain platform for CRM, aimed at business teams rather than blockchain engineers.
The three building blocks: Builder, Connect, Engage
The platform was usually described as three pieces. Blockchain Builder was the developer-facing toolset and visual workbench for assembling a blockchain app and its data structures. Salesforce noted the experience was similar to other app builders, like Lightning App Builder, which kept the learning curve low for people already comfortable in Setup. Blockchain Connect was the integration layer. It tied blockchain actions and data back into Salesforce apps, so a ledger event could trigger CRM logic and a CRM action could write to the ledger. Blockchain Engage handled the outside world. It let a company invite partners, suppliers, and other third parties into a blockchain app through APIs and pre-built apps, lowering the barrier for participants who did not run Salesforce themselves. Together the three pieces were meant to cover the full loop: build the network, wire it into your existing processes, and bring partners on board without forcing each of them to become a blockchain specialist.
External Objects: how ledger data showed up in CRM
The clever part of the design was how ledger data surfaced inside Salesforce. Records published to the ledger appeared as External Objects, the same external-data pattern that Salesforce Connect uses for systems outside the org. Because the data presented as External Objects, admins could build relationships to it and work with it using the tools they already knew, including Process Builder, Flows, reports, and Apex. The data model was append-only by design. Rather than overwriting a record when something changed, Salesforce Blockchain published a new ledger entry for that change. The result was an auditable, independently verifiable history rather than a single mutable row. That fit the whole point of a ledger: you could trace how a value got to its current state, and a partner could verify it without trusting your database. For admins, the experience was meant to feel like working with any other record, while the underlying guarantees came from the distributed ledger sitting behind the External Object facade.
Permissioned, not public: the network model
Salesforce Blockchain was a permissioned network, not a public chain like a cryptocurrency. That distinction matters. Salesforce Trailhead teaches that a blockchain records transactions across members called nodes, bundles them into cryptographically signed blocks, and has the network validate each block. In a permissioned design, only invited and identified participants can join, which suits business data where you know exactly who your partners are and do not want the whole internet reading your records. This was a deliberate choice for enterprise use. Public blockchains optimize for open, anonymous participation and pay for it with cost and throughput limits. A permissioned ledger trades that openness for control, privacy, and better performance among a known group. Salesforce leaned on Hyperledger Sawtooth precisely because Sawtooth was built for distributed ledgers where smart contracts need to be safe for enterprise use. The networks you built were private clubs of vetted organizations sharing a single source of truth, governed by rules the participants agreed to up front, not open marketplaces of strangers.
Who tried it, and the use cases it targeted
Salesforce named a handful of early design partners when it launched the platform. Arizona State University explored a network for sharing verified educational credentials across institutions. IQVIA looked at managing regulatory information and drug-label processing in life sciences. S&P Global Ratings used it to streamline know-your-customer review processes in financial services. Those three map neatly to the patterns blockchain was supposed to be good at. The recurring use cases were supply chain provenance, credential and identity verification, multi-party record reconciliation, and any workflow where partners distrust each other enough to want an independent audit trail. A worked example: a logistics network where carrier, warehouse, and retailer each post handoff events to a shared ledger. Nobody can backdate a delivery, every party reads the same timeline, and disputes get resolved against one record instead of three conflicting spreadsheets. The promise was real, but in practice many of these problems also yield to ordinary integration and good data governance, which made the ledger harder to justify for a lot of teams.
Why it was retired and what to use instead
Salesforce Blockchain was slated for general availability in 2020 but never got there in a meaningful way. The private pilot ran, the GA date slipped, and the product faded from the roadmap as the broader enterprise-blockchain hype cycle cooled across the industry. It does not appear in current Salesforce product documentation as a sellable feature, so treat it as retired and do not design new solutions around a Salesforce-native ledger. For the jobs people once eyed it for, look at current building blocks. For sharing data with external systems, Salesforce Connect and External Objects still do the heavy lifting, and API integration through Connected Apps and Named Credentials covers most partner data exchange. For unifying and trusting data at scale, Data Cloud is the modern answer. If a use case truly needs an immutable, multi-party ledger, the realistic option is a dedicated blockchain platform integrated to Salesforce through standard APIs, rather than anything built into the core product. Salesforce later signaled blockchain through partner integrations instead of a first-party platform.
Trust & references
Cross-checked against the following references.
Straight from the source - Salesforce's reference material on Salesforce Blockchain.
Hands-on resources to go deeper on Salesforce Blockchain.
About the Author
Dipojjal Chakrabarti is a B2C Solution Architect with 29 Salesforce certifications and over 13 years in the Salesforce ecosystem. He runs salesforcedictionary.com to help admins, developers, architects, and cert/interview candidates sharpen their fundamentals. More about Dipojjal.
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Q1. What was Salesforce Blockchain built to let customers do when it launched?
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