Technology
Learn about the platform powering today's most advanced automation applications
Technology
Learn about the platform powering today's most advanced automation applications



Why the Next Generation of 3PLs Will Be Software Led
Why the Next Generation of 3PLs Will Be Software Led
For decades, third-party logistics providers have competed on scale, labor availability and physical infrastructure. Bigger buildings. More people. Faster material flow.
That model is breaking down.
Today’s 3PLs are operating in an environment defined by SKU explosion, customer volatility, labor shortages and margin pressure. Contracts are shorter. Volume swings are more extreme. And customers increasingly expect automation as a baseline, not a premium.
In this new reality, the most successful 3PLs won’t be defined by the size of their warehouses or the number of robots on the floor. They’ll be defined by the intelligence running them.
The next generation of 3PLs will be software-led.
The Limits of Hardware-First Automation in 3PLs
Traditional automation was designed for stable environments: long-term customers, predictable volumes and fixed processes. That model works in manufacturing. It struggles in contract logistics.
For 3PLs, automation often fails because it’s:
Too rigid to adapt to new customers or SKUs
Too slow to reconfigure between contracts
Too dependent on engineering labor for changes
Too siloed, with each robot or subsystem operating independently
As a result, many 3PLs are forced into a difficult tradeoff:
Standardize operations to fit automation or stay manual to remain flexible.
Neither option is sustainable.
Why Software Is Becoming the Real Differentiator
The most important shift in warehouse automation isn’t happening at the hardware level - it’s happening in software.
Software-led automation allows 3PLs to:
Absorb customer and SKU changes without reprogramming
Scale throughput without redesigning systems
Rebalance labor, robots and flows dynamically
Standardize operations across sites while supporting local variation
Instead of hard-coding logic into machines, intelligence moves into a central software layer that understands the entire operation.
This is the difference between owning robots and owning control.
From Fixed Systems to Adaptive Operations
In a software led 3PL, automation behaves less like a fixed installation and more like a living system.
A modern platform continuously:
Ingests real-time operational data
Maintains a live digital representation of the warehouse
Adjusts sequencing, motion and task allocation dynamically
Optimizes for throughput, stability, and space simultaneously
When volumes spike, the system adapts.
When SKUs change, the system recalculates.
When layouts evolve, the system responds without downtime.
This is how 3PLs move from reactive operations to adaptive execution.
Why This Matters for Growth and Profitability
Being software led isn’t just a technical advantage, it’s a business strategy.
3PLs running software driven automation can:
Onboard new customers faster
Handle higher SKU complexity without custom engineering
Protect margins as labor costs rise
Offer differentiated services like store ready pallets and mixed-case handling
Replicate success across multiple sites globally
In an industry where pricing pressure is constant, operational intelligence becomes a competitive moat.
Where Mujin Fits into the Software Led 3PL Model
This shift is exactly where Mujin delivers value.
Mujin provides a Physical AI driven software platform that moves intelligence out of individual machines and into a unified control layer. Instead of programming robots one by one, 3PLs operate automation at the system level.
With MujinOS:
Robots adapt to SKU and packaging variation without manual tuning
Mixed SKU palletizing and depalletizing become scalable, repeatable processes
Multi-vendor robots, conveyors and AMRs operate as one coordinated system
Changeovers happen through software, not engineering projects
This allows 3PLs to deploy automation that keeps pace with customer churn and operational volatility, not automation that locks them into yesterday’s assumptions.
From Asset Ownership to Capability Ownership
The most forward-thinking 3PLs are already shifting their mindset.
Instead of asking:
What automation assets do we own?
They’re asking:
What capabilities can we deliver consistently, across any customer and any site?
Software-led automation is what makes that possible.
It turns robotics into a reusable, scalable capability rather than a fixed investment tied to a single contract.
The Future of 3PLs Is Being Written in Software
Over the next decade, the gap between traditional and next generation 3PLs will widen.
The leaders will be those who:
Treat software as core infrastructure
Build automation that adapts instead of breaks
Use intelligence to scale complexity, not fight it
Robots will still matter. Buildings will still matter.
But software will decide who wins.
And for 3PLs navigating constant change, being software led isn’t the future.
It’s the requirement.
For decades, third-party logistics providers have competed on scale, labor availability and physical infrastructure. Bigger buildings. More people. Faster material flow.
That model is breaking down.
Today’s 3PLs are operating in an environment defined by SKU explosion, customer volatility, labor shortages and margin pressure. Contracts are shorter. Volume swings are more extreme. And customers increasingly expect automation as a baseline, not a premium.
In this new reality, the most successful 3PLs won’t be defined by the size of their warehouses or the number of robots on the floor. They’ll be defined by the intelligence running them.
The next generation of 3PLs will be software-led.
The Limits of Hardware-First Automation in 3PLs
Traditional automation was designed for stable environments: long-term customers, predictable volumes and fixed processes. That model works in manufacturing. It struggles in contract logistics.
For 3PLs, automation often fails because it’s:
Too rigid to adapt to new customers or SKUs
Too slow to reconfigure between contracts
Too dependent on engineering labor for changes
Too siloed, with each robot or subsystem operating independently
As a result, many 3PLs are forced into a difficult tradeoff:
Standardize operations to fit automation or stay manual to remain flexible.
Neither option is sustainable.
Why Software Is Becoming the Real Differentiator
The most important shift in warehouse automation isn’t happening at the hardware level - it’s happening in software.
Software-led automation allows 3PLs to:
Absorb customer and SKU changes without reprogramming
Scale throughput without redesigning systems
Rebalance labor, robots and flows dynamically
Standardize operations across sites while supporting local variation
Instead of hard-coding logic into machines, intelligence moves into a central software layer that understands the entire operation.
This is the difference between owning robots and owning control.
From Fixed Systems to Adaptive Operations
In a software led 3PL, automation behaves less like a fixed installation and more like a living system.
A modern platform continuously:
Ingests real-time operational data
Maintains a live digital representation of the warehouse
Adjusts sequencing, motion and task allocation dynamically
Optimizes for throughput, stability, and space simultaneously
When volumes spike, the system adapts.
When SKUs change, the system recalculates.
When layouts evolve, the system responds without downtime.
This is how 3PLs move from reactive operations to adaptive execution.
Why This Matters for Growth and Profitability
Being software led isn’t just a technical advantage, it’s a business strategy.
3PLs running software driven automation can:
Onboard new customers faster
Handle higher SKU complexity without custom engineering
Protect margins as labor costs rise
Offer differentiated services like store ready pallets and mixed-case handling
Replicate success across multiple sites globally
In an industry where pricing pressure is constant, operational intelligence becomes a competitive moat.
Where Mujin Fits into the Software Led 3PL Model
This shift is exactly where Mujin delivers value.
Mujin provides a Physical AI driven software platform that moves intelligence out of individual machines and into a unified control layer. Instead of programming robots one by one, 3PLs operate automation at the system level.
With MujinOS:
Robots adapt to SKU and packaging variation without manual tuning
Mixed SKU palletizing and depalletizing become scalable, repeatable processes
Multi-vendor robots, conveyors and AMRs operate as one coordinated system
Changeovers happen through software, not engineering projects
This allows 3PLs to deploy automation that keeps pace with customer churn and operational volatility, not automation that locks them into yesterday’s assumptions.
From Asset Ownership to Capability Ownership
The most forward-thinking 3PLs are already shifting their mindset.
Instead of asking:
What automation assets do we own?
They’re asking:
What capabilities can we deliver consistently, across any customer and any site?
Software-led automation is what makes that possible.
It turns robotics into a reusable, scalable capability rather than a fixed investment tied to a single contract.
The Future of 3PLs Is Being Written in Software
Over the next decade, the gap between traditional and next generation 3PLs will widen.
The leaders will be those who:
Treat software as core infrastructure
Build automation that adapts instead of breaks
Use intelligence to scale complexity, not fight it
Robots will still matter. Buildings will still matter.
But software will decide who wins.
And for 3PLs navigating constant change, being software led isn’t the future.
It’s the requirement.
Media contact
Jeremy Fultz, Mujin Corp
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Have a question?
Learn how MujinOS delivers real-time perception, motion control, and no-code deployment—across any robotic system
Have a question?
Learn how MujinOS delivers real-time perception, motion control, and no-code deployment—across any robotic system
Have a question?
Learn how MujinOS delivers real-time perception, motion control, and no-code deployment—across any robotic system